Coating Resins Reference Guide - PCI Mag · Water Reducible - Epoxy Ester 19 Coatings Calculations...

Coating Resins Reference Guide

Table of Contents

PCCR USA Coating Resins Page Latex Page

Introduction 2 All Acrylic 22

Trade Names 3 Self-Crosslinking 22

Solvent Abbreviations 4 Styrene Acrylic 23

Column Headings 4 Vinyl Acrylic 23

Product Index 5

Liquid Polyesters Page

Alkyds Page Conventional 25

Epoxy Esters - Conventional 8 High Solids 25

Epoxy Esters - High Solids 8 Polyester Dispersions 26

Chain Stopped - Conventional 9 Water Reducible 26

Chain Stopped - High Solids 9

Flat Alkyds - Conventional 10 Powder Page

Long Oil - Conventional 11 Resins 28

Long Oil - High Solids 11 Curatives 29

Medium Oil - Conventional 12

Medium Oil - High Solids 12 Solution Acrylics Page

Modi3ed Copolymers - Conventional 13 Conventional - Thermoplastic 31

Modi3ed Copolymers - High Solids 13 Conventional - Thermoset 31

Phenolic-Modi3ed - Conventional 14 Conventional - Thermoset Carboxyl-Functional 332

Phenolic-Modi3ed - High Solids 14 High Solids - Thermoset 33

Silicone Modi3ed - Conventional 15 Water Reducible - Thermoset 33

Silicone Modi3ed - High Solids 15

Oil-Modi3ed Urethanes - Conventional 16 UV Curables Page

Oil-Modi3ed Urethanes - High Solids 16 UV Curables 35

Short Oil - Conventional 17

Short Oil - High Solids 17 Reference Page

Specialty Alkyds - Chlorine-Modi3ed 18 Aquamac Quick Reference Guide 37

Specialty Alkyds - Latex Modi3ers 18 Quick Reference Guide for 2K Systems 39

Specialty Alkyds - Oxazoline-Modi3ed 18 PCCR Resins with t-Butyl Acetate 40

Water Reducible - Chain-Stopped 19 HAPs-Free Product List 41

Water Reducible - Epoxy Ester 19 Coatings Calculations 43

Water Reducible - Phenolic-Modi3ed 19 Glossary 43

Water Reducible - Polyole3n 19 Quality Policy 47

Water Reducible - Short Oil 19 Coating Resin Distributors 47

Water Reducible - Silicone-Modi3ed 20

Water Reducible - Stain Vehicle 20

PCCR USA, Inc. 1 June 2013

Introduction

Our Coating Resins Reference

Guide is your ready reference to

the wide range of quality polymers

available from PCCR USA.


PCCR USA, Inc. continues a 60-year history of producing high-quality

resins for the coatings industry. As your resin partner, PCCR …

… is committed to outstanding technical and customer service

… is dedicated to creating innovative products

… is positioned to supply products throughout North America

Our innovative R&D staff and Technical Service Specialists have

years of experience developing and formulating solutions for your

toughest coatings applications. We are committed to meeting your

requirements as quickly and completely as possible—PCCR is ready

to be your chosen supplier partner, now and in the future.

Trade Names

Trade Names

Acrylamac™ Conventional Acrylics

Acrylamac™ HS High Solids Acrylics

Acrylamac™ WR Water Reducible Acrylics

Alcure™ Polymeric Isocyanate Curatives

Aquamac™ All Acrylic, Self-Crosslinking, Styrene Acrylic, and Vinyl Acrylic Latex Polymers

Archemis® High Solids Long Oil Alkyds

Carbamac™ Conventional Oil-Modi'ed Polyurethanes

Carbamac™ HS High Solids Oil-Modi'ed Polyurethanes

Chemacoil™ Conventional Vinyl Oxazoline-Modi'ed Esters

Duramac™ Conventional Alkyds, Flat Alkyds, and Thixotropic Alkyds

Duramac™ HS High Solids Alkyds and Latex Modi'ers

Duramac™ WR Water Reducible Alkyds

Hydreau® Polymer Dispersions

Macopol™ Conventional Copolymer Resins

Macopol™ HS High Solids Copolymer Resins

Macopol™ WR Water Reducible Copolymer Resins

Polymac™ Polyester Resins for Liquid and Powder Coatings

Polymac™ HS High Solids Liquid Polyesters

Polymac™ WR Water Reducible Liquid Polyesters

Rezimac™ Conventional Epoxy Esters, Silicone Copolymers, and Specialty Resins

Rezimac™ HS High Solids Epoxy Esters and Silicone Modi'ed Alkyds

Rezimac™ WR Water Reducible Epoxy Esters, Silicone Alkyds, and Stain Vehicles

Lumicure™ UV Curable Resins


Solvent Abbreviations & Column Headings


Solvent Abbreviations

Arom 100 Aromatic 100

Arom 150 Aromatic 150

EB Ethylene Glycol Monobutyl Ether

EEP Ethyl 3-Ethoxypropionate

EP Ethylene Glycol Monopropyl

Ether

EtOH Ethyl Alcohol

HDODA Hexanediol Diacrylate

i-BuOH Isobutyl Alcohol

Isopar G Isoparaf.n Solvent

MAK Methyl Amyl Ketone

MIBK Methyl Isobutyl Ketone

MPK Methyl Propyl Ketone

MS Mineral Spirits

n-BuAc Normal Butyl Acetate

n-BuOH Normal Butyl Alcohol

PMA Propylene Glycol Monomethyl

Ether Acetate

PnP Propyl Propasol

s-BuOH Secondary Butyl Alcohol

SC-100 Hydrocarbon Solvent

Solvent 140 Aromatic Solvent

VM&P VM&P Naphtha

VT Vinyl Toluene

Column Headings

% NVM Nonvolatile material expressed as a percent of the total

weight of the resin solution.

% NVV Nonvolatile material expressed as a percent of the total

volume of the resin solution.

Eq. Wt. The equivalent weight of a material is its molecular weight

divided by its functionality, the latter being the number of

a given reactive group present on an average molecule of

the material. Expressed based on a solids basis.

pH The degree of acidity or alkalinity of a solution expressed

on a relative scale of 1 to 14 with 7 being neutral.

Particle Size The average diameter of a distribution of particles, usually

expressed in microns or nanometers.

Tg The temperature at which the non-crystalline portion of a

polymer is transformed from a viscous rubbery state to a

brittle glass-like material. Generally used as an indication

of the 7exibility and hardness of the .nished paint .lm.

MFFT The minimum temperature at which an applied coating

forms a continuous .lm, as evidenced by the visual lack

of cracking or powdery appearance of .lm and .lm

integrity, by testing the .lm on a temperature gradient

plate.

Oil Type Synthetic or naturally occurring vegetable material that

contributes fatty acids used in producing alkyd resins.

Wt/Gal Mass per volume of polymer as supplied expressed in

pounds per gallon.

Viscosity The measurement of a polymer’s resistance to 7ow

expressed in Gardner-Holdt units or centipoises.

Reduced

Viscosity Measured viscosity (as de.ned previously) at a speci.ed

percent weight solids typically lower than the solids of the

polymer as supplied.

Color A measurement of the light re7ectance of a polymer in

liquid form expressed in Gardner units on a relative scale

of 1 to 14 with 1 being water white.

Acid #

(solids) The number of milligrams of KOH required to neutralize

the free acids in one gram of polymer solids.

OH # Hydroxyl value – the number of milligrams of KOH

equivalent to the hydroxyl groups available per gram of

polymer. The hydroxyl equivalent weight is given by

56,100 divided by the hydroxyl value.

Solvents Dilution solvents used to achieve the desired viscosity.

Product Index

Product Name Type Page Product Name Type Page

Acrylamac 16-1066 Thermoplastic solution acrylic 31 Chemacoil 240-2101 Oxazoline-modified alkyd 18

Acrylamac 17-1100 Thermoset solution acrylic 31 Duramac 50-5003 Long oil alkyd 11

Acrylamac 231-1195 Thermoplastic solution acrylic 31 Duramac 50-5060 Long oil alkyd 11

Acrylamac 231-1266 Thermoplastic solution acrylic 31 Duramac 50-5070 Long oil alkyd 11

Acrylamac 232-1128 Carboxyl solution acrylic 32 Duramac 51-5110 Chain-stopped alkyd 9

Acrylamac 232-1176 Carboxyl solution acrylic 32 Duramac 51-5113 Medium oil alkyd 12



Acrylamac 232-1321 Thermoset solution acrylic 31 Duramac 51-5150 Medium oil alkyd 12

Acrylamac 232-1375 Thermoset solution acrylic 31 Duramac 51-5184 Medium oil alkyd 12

Acrylamac 232-1700 Thermoset solution acrylic 31 Duramac 52-5205 Short oil alkyd 17

Acrylamac 232-1711 Thermoset solution acrylic 31 Duramac 52-5222 Short oil alkyd 17

Acrylamac HS 232-2314 Thermoset solution acrylic 33 Duramac 52-5243 Short oil alkyd 17



Acrylamac HS 232-2350 Thermoset solution acrylic 33 Duramac 52-5290 Chain-stopped alkyd 9

Acrylamac HS 232-2980 Thermoset solution acrylic 33 Duramac 52-7731 Chain-stopped alkyd 9

Acrylamac WR 17-7241 Thermoset solution acrylic 33 Duramac 52-7733 Chain-stopped alkyd 9

Acrylamac WR 232-3312 Thermoset solution acrylic 33 Duramac 52-7784 Chain-stopped alkyd 9

Alcure 4400 Powder curative 29 Duramac 54-5465 Medium oil alkyd 12

Alcure 4402 Powder curative 29 Duramac 56-5619 Flat alkyd 10

Alcure 4430 Powder curative 29 Duramac 56-5633 Flat alkyd 10

Alcure 4431 Powder curative 29 Duramac 201-1170 Long oil alkyd 11

Alcure 4450 Powder curative 29 Duramac 201-1180 Long oil alkyd 11

Alcure 4470 Powder curative 29 Duramac 204-1036 Medium oil alkyd 12

Aquamac 260 Styrene acrylic latex 23 Duramac 204-1409 Medium oil alkyd 12



Aquamac 450 All acrylic latex 22 Duramac 204-1829 Medium oil alkyd 12

Aquamac 477 Styrene acrylic latex 23 Duramac 207-1040 Short oil alkyd 17


Aquamac 490 Self-crosslinking latex 22 Duramac 207-1110 Short oil alkyd 17

Aquamac 510 All acrylic latex 22 Duramac 207-1205 Short oil alkyd 17

Aquamac 541 Styrene acrylic latex 23 Duramac 207-1388 Flat alkyd 10

Aquamac 550 Styrene acrylic latex 23 Duramac 207-1405 Chain-stopped alkyd 9


Aquamac 575 Self-crosslinking latex 22 Duramac HS 55-5501 Long oil latex modifier 18

Aquamac 580 Vinyl acrylic latex 23 Duramac HS 55-5543 Long oil latex modifier 18

Aquamac 700 Styrene acrylic latex 23 Duramac HS 57-5720 Chain-stopped alkyd 9

Aquamac 705 Styrene acrylic latex 23 Duramac HS 57-5731 Chain-stopped alkyd 9

Aquamac 720 All acrylic latex 22 Duramac HS 57-5742 Short oil alkyd 17

Aquamac 737 Styrene acrylic latex 23 Duramac HS 57-5816 Long oil alkyd 11

Aquamac 740 Styrene acrylic latex 23 Duramac HS 57-5819 Chlorinated alkyd 18

Aquamac 780 Self-crosslinking latex 22 Duramac HS 57-5866 Long oil alkyd 11

Archemis QD 201-2195 Long oil alkyd 11 Duramac HS 57-5875 Chain-stopped alkyd 9

Carbamac 43-4310 Oil-modified urethane 16 Duramac HS 201-2516 Long oil latex modifier 18

Carbamac 43-4355 Oil-modified urethane 16 Duramac HS 204-2768 Medium oil alkyd 12

Carbamac HS 57-4372 Oil-modified urethane 16 Duramac HS 207-1102 Short oil coconut alkyd 17

Carbamac HS 57-5794 Oil-modified urethane 16 Duramac HS 207-2012 Short oil alkyd 17

Carbamac HS 57-5849 Oil-modified urethane 16 Duramac HS 207-2142 Chain-stopped alkyd 9


Product Index

Product Name Type Page Product Name Type Page

Duramac HS 207-2706 Short oil alkyd 17 Polymac WR 220-3203 Liquid polyester 26

Duramac HS 207-2707 Chain-stopped alkyd 9 Polymac WR 220-3204 Liquid polyester 26

Duramac HS 207-2725 Chain-stopped alkyd 9 Polymac 2090 Powder resin 28


Duramac HS 207-2810 Phenolic-modified alkyd 14 Polymac 2510 Powder resin 28


Duramac HS 211-1033 Long oil latex modifier 18 Polymac 3020 Powder resin 29

Duramac WR 74-7451 Short oil alkyd 19 Polymac 3110 Powder resin 29

Duramac WR 74-7474 Chain-stopped alkyd 19 Polymac 3160 Powder resin 29

Duramac WR 74-7478 Phenolic-modified alkyd 19 Polymac 3220 Powder resin 29






Duramac WR 216-3610 Alkyd stain vehicle 20 Polymac 5900 Powder resin 28

Hydreau 290-3320 Polyester dispersion 26 Polymac 6140 Powder resin 29

Hydreau 290-3321 Polyester dispersion 26 Rezimac 12-1204 Epoxy ester resin 8

Hydreau 290-4156 Polyester dispersion 26 Rezimac 12-1222 Epoxy ester resin 8

Hydreau 290-4254 Polyester dispersion 26 Rezimac 52-5203 Phenolic-modified alkyd 14

Lumicure 15-1516 UV resin 35 Rezimac 62-6203 Silicone-modified alkyd 15



Macopol 53-5303 Copolymer-modified alkyd 13 Rezimac 62-6283 Silicone-modified alkyd 15

Macopol 53-5359 Copolymer-modified alkyd 13 Rezimac 204-1144 Phenolic-modified alkyd 14



Macopol 214-1025 Copolymer-modified alkyd 13 Rezimac 216-1074 Phenolic-modified alkyd 14

Macopol 214-1092 Copolymer-modified alkyd 13 Rezimac HS 57-5703 Phenolic-modified alkyd 14

Macopol 214-1118 Copolymer-modified alkyd 13 Rezimac HS 57-5747 Silicone-modified alkyd 15

Macopol HS 57-5847 Copolymer-modified alkyd 13 Rezimac HS 57-5754 Phenolic-modified alkyd 14

Macopol HS 214-1158 Copolymer-modified alkyd 13 Rezimac HS 57-5839 Epoxy ester resin 8

Macopol HS 214-2105 Copolymer-modified alkyd 13 Rezimac HS 216-2134 Phenolic-modified alkyd 14

Macopol HS 214-2122 Copolymer-modified alkyd 13 Rezimac WR 73-7331 Epoxy ester resin 19

Macopol HS 214-2758 Copolymer-modified alkyd 13 Rezimac WR 73-7358 Polyolefin alkyd 19

Polymac 66-6613 Liquid polyester 25 Rezimac WR 74-7435 Silicone-modified alkyd 20

Polymac 66-6686 Liquid polyester 25





Polymac HS 57-5761 Liquid polyester 25








Polymac WR 72-7203 Liquid polyester 26


Alkyds

�� industrial maintenance coatings �� traffic paints �� machinery & heavy equipment �� automotive primers �� marine coatings ��

Epoxy EstersEpoxy EstersEpoxy EstersEpoxy Esters

ChainChainChainChain----StoppedStoppedStoppedStopped

Flat AlkydsFlat AlkydsFlat AlkydsFlat Alkyds

Long Oil Alkyds Long Oil Alkyds Long Oil Alkyds Long Oil Alkyds

Medium Oil AlkydsMedium Oil AlkydsMedium Oil AlkydsMedium Oil Alkyds

Modified CopolymersModified CopolymersModified CopolymersModified Copolymers

PhenolicPhenolicPhenolicPhenolic----ModifiedModifiedModifiedModified

SiliconeSiliconeSiliconeSilicone----ModifiedModifiedModifiedModified

OilOilOilOil----Modified UrethanesModified UrethanesModified UrethanesModified Urethanes

Short Oil AlkydsShort Oil AlkydsShort Oil AlkydsShort Oil Alkyds

Specialty AlkydsSpecialty AlkydsSpecialty AlkydsSpecialty Alkyds

Water ReducibleWater ReducibleWater ReducibleWater Reducible


Alkyds

Alkyd Epoxy Esters

Conventional

Product Name Oil Type %

NVM %

NVV Wt/ Gal Solvents Viscosity

Reduced Viscosity

Color (max.)

Acid # (max.) Features and Benefits

Rezimac 12-1204

TOFA 60 51.8 7.8 MS Z1–Z3 I–K @ 40% MS

8 10 Excellent adhesion, abrasion resistance and alkali resistance for architectural primers, sealers and floor coatings

Rezimac 12-1222

TOFA 50 44.6 8.0 Xylene W–Y I–P @ 40% xylene

4 3 Good chemical and corrosion resistance, adhesion and hardness for industrial maintenance applications

High Solids Rezimac HS 57-5839

Fatty acid blend

70 65.9 8.4 n-BuAc X–Z 8 3 Excellent corrosion, humidity, and gasoline resistance with adhesion to various substrates including plastic for air-dry and force-dry applications; can be formulated to meet VOC requirements of 3.5 lbs/gal (420 g/L)


Chain-Stopped

Conventional


NVM %


Reduced Viscosity

Color (max.)

Acid # (max.) OH # Features and Benefits

Duramac 51-5110

Soya 50 41.3 7.7 MS, PMA Z4–Z6 S–V @ 35% MS

6 12 62 Excellent weatherability and well suited for high gloss, durable exterior coatings; fast dry to tape times; this product has excellent adhesion, excellent flexibility and good pigment wetting

Duramac 52-5290

TOFA 50 42.7 8.3 Xylene W–Z F–I @ 40% xylene

6 12 112 Fast dry with good gloss for general industrial air-dry and baking finishes

Duramac 52-7731

TOFA 50 42.7 8.3 Xylene Y–Z1 E–H @ 40% xylene

6 10 145 Compatible with melamine and urea resins with fast air-dry and good gloss

Duramac 52-7733

TOFA 50 42.3 8.3 Xylene Z3–Z5 N–P @ 40% xylene

6 10 145 Very fast dry, high drink alkyd for general industrial air-dry and baking applications

Duramac 52-7784

TOFA 65 56.3 8.5 MAK T–X K–N @ 60% MAK

8 12 123 Higher solids alkyd with good gloss and hardness

Duramac 207-1405

Soya 50 42.5 8.3 Xylene U–W C–E @ 40% xylene

6 12 85 Superior exterior durability and very fast dry for machinery and implement coatings; can also be used in low temperature bake finishes

High Solids Duramac HS 57-5720

TOFA 75 68.3 8.6 MPK, n-BuAc, xylene (trace)

Z–Z2 12 10 Excellent dry rate with good hardness, gloss and color retention for general industrial applications; can be formulated to 3.5 lbs/gal (420 g/L) VOC

Duramac HS 57-5731

Soya 75 69.3 8.8 MPK, n-BuAc, xylene (trace)

Z1–Z3 I–K @ 60% xylene

10 10 Good hardness, gloss and color retention with excellent viscosity reduction curve for industrial air-dry and baking applications

Duramac HS 57-5875

Fatty acid blend

75 68.0 8.8 Xylene, MPK

Z–Z2 10 10 Recommended for corrosion resistance, exterior durability and fast dry; can be formulated to 3.5 lbs/gal (420 g/L) VOC or below

Duramac HS 207-2142

Soya, DCO 75 68.3 8.9 MAK, xylene

Z3–Z4.5 L–O @ 60% xylene

8 13 Good exterior durability, good dry times, lower yellowing and good color retention

Duramac HS 207-2707

Fatty acid blend

75 67.9 8.9 Xylene, MPK

Z–Z2 G–H @ 60% xylene

8 15 Short dry-to-handle time, fast cutback, low viscosity and good exterior durability; lower VOC is possible

Duramac HS 207-2725

DCO, soya 75 68.2 8.9 Xylene, MPK

Z–Z2 8 15 Designed to produce lacquer-like dry times; low viscosity and at relatively low VOCs

Duramac HS 207-2742

Sunflower 75 69.0 9.0 n-BuAc, xylene

Z1–Z3 H–I @ 60% xylene

6 15 Good gloss and color retention with fast viscosity cutback for air-dry enamels

Duramac HS 207-2852

DCO, soya 75 67.3 8.9 MAK Z–Z3 F–I @ 60% MAK

10 14 HAPs-free with excellent gloss and exterior durability; low viscosity at relatively low VOC

Alkyds

Alkyds

Flat Alkyds

Conventional


NVM %


Reduced Viscosity

Color (max.)


Duramac56-5619

Soya, linseed

46 37.2 7.4 MS Z1–Z4 U–X @ 40% MS

9 11 Higher solids vehicle that provides good dry and enamel holdout characteristics

Duramac 56-5633

TOFA 31 24.7 7.1 MS W–Z E–H @ 25% MS

7 10 Good dry, enamel holdout, and soil removal

Duramac 207-1388

TOFA 30 23.6 7.1 Solvent 140

V–Y D–Z10 @ 25% Solvent 140

7 10 Has good compatibility with other resins; good viscosity control and enamel holdout; effective modifier for gloss reduction


Long Oil Conventional


NVM %


Reduced Viscosity

Color (max.)


Duramac 50-5003

TOFA 70 63.1 8.0 MS Z5–Z7 E–G @ 50% MS

8 10 Good brush/roll application and excellent appearance

Duramac 50-5060

Soya 60 52.0 7.7 MS U-W D–G @ 50% MS

6 10 Proven performance in a variety of trade sales and general maintenance coatings

Duramac 50-5070

Soya 70 63.0 8.0 MS Z2–Z4 D–G @ 50% MS

7 10 Best balance of cost and performance with formulating versatility from satin to very high gloss coatings for architectural and general maintenance; meets TT-R-266D, Type I, Class A

Duramac 201-1170

Soya 70 63.0 8.0 MS Z2–Z4 10 10 HAPs-free version of 50-5070; can be used in a wide variety of trade sales and general maintenance coatings; excellent coating appearance

High Solids Archemis QD 201-2195

Sunflower, fatty acid blend

96 95 8.4 MS Z1–Z3 H–L @ 75% MS

8 12 Dry times comparable to conventional systems; excellent gloss and appearance; can achieve 150 g/L VOC for semigloss coatings with great brushability

Duramac HS 57-5816

Sunflower, fatty acid blend

90 87.7 8.2 MS, xylene (trace)

Z–Z2 H–J @ 70% MS

6 10 Good viscosity reduction for architectural applications; can be formulated to 2.1 lbs/gal (250 g/L) VOC

Duramac HS 57-5866

Sunflower 90 87.3 8.3 MS Z1–Z3 I–K @ 70% MS

7 12 Improved yellowing resistance and gloss retention for interior and exterior architectural enamels; can be formulated to 2.1 lbs/gal (250 g/L) VOC

Duramac 201-1180

TOFA 60 52.8 7.7 MS W–Y H–K @ 50% MS

6 9 For interior and exterior architectural or maintenance finishes


Alkyds

Medium Oil Conventional


NVM %


Reduced Viscosity

Color (max.)


Duramac 51-5113

Soya 50 40.7 7.6 MS Z5–Z7 V–X @ 40% MS

6 10 114 High drink alkyd with fast dry, color and gloss retention for air-dry primers and enamels

Duramac 51-5117

Soya 50 41.7 7.6 MS Y–Z2 E–H @ 40% MS

6 10 90 High gloss with good color and color retention for low odor architectural and industrial maintenance applications; can be used to modify long oil alkyds to improve dry

Duramac 51-5135

Soya 50 42.3 7.5 VM&P Z2–Z4 N–Q @ 40% VM&P

7 10 96 Good gloss, color retention, flexibility and durability for general industrial coatings; compatible with medium oil chain-stopped alkyds

Duramac 51-5150

Soya, linseed

50 40.5 7.6 MS W–Y C–F @ 40% MS

6 10 101 For brushable industrial maintenance coatings; meets TT-R-266D, Type III

Duramac 51-5184

Soya 50 40.7 7.6 MS Z1.5–Z3.5 K–O @ 40% MS

5 12 55 General purpose alkyd with good dry, durability and brushability for architectural and industrial maintenance systems

Duramac 204-1036

TOFA 50 41.1 7.7 MS Z4–Z7 Q–U @ 40% MS

8 8 Fast dry, good abrasion resistance, and high gloss; good rheological response with thixotropic alkyds

Duramac 204-1409

Soya 50 40.9 7.6 MS W–Z E–G @ 40% MS

8 10 57 Good dry, high gloss, good flow and leveling, and color retention; meets TT-R-266D, Type IV

Duramac 204-1434

Soya 65 60 8.4 Xylene, MS Y–Z 6 6 100 A good high gloss resin with hydroxyl functionality for baking systems where additional adhesion is desired; very fast dry, excellent flow and leveling and an excellent pigment wetter

Duramac 204-1452

Soya 50 40.7 7.5 VM&P Z1–Z3 F–I @ 40% VM&P

8 9 72 Good gloss, color retention, flexibility and durability for general industrial coatings

Duramac 204-1829

TOFA, linseed

50 41.9 7.9 Xylene, VM&P, MS

Z–Z2 12 16 Fast-drying resin with good initial appearance; good gloss and good tack-free time


Soya, linseed

80 76.0 8.8 Arom 100, n-BuAc, xylene

Z1–Z3 B–C @ 60% n-BuAc

8 10 50 Fast-drying vehicle with good gloss retention, hardness and exterior durability

Duramac 54-5465

Soya 60 52.7 7.7 VM&P Z4–Z7 E–H @ 45% VM&P

8 8 Also used in general metal and structural steel applications


Alkyds


Alkyds

Modified Copolymers

Conventional

Product Name Modifier

Type Oil Type %

NVM %


Reduced Viscosity

Color (max.)


Macopol 53-5303

VT Soya 50 42.6 7.4 VM&P Y–Z1 N–Q @ 40% VM&P

6 8 Good gloss and adhesion to wood surfaces coupled with fast dry

Macopol 53-5359

Acrylic, styrene

DCO 50 45.0 8.0 Xylene S–V C–F @ 40% xylene

8 10 Excellent exterior durability, fast dry and good adhesion to metal surfaces for automotive applications

Macopol 214-1003

VT, styrene

Linseed 60 52.6 7.4 VM&P Y–Z1 B–E @ 40% VM&P

5 10 Excellent gloss, good aliphatic solvent tolerance with fast solvent release in very hard films; takes high pigment loading

Macopol 214-1008

VT Soya, DCO

60 53.4 7.7 MS Z–Z2 5 5 Good hardness and dry properties for architectural applications

Macopol 214-1025

Styrene Soya 60 53.7 8.1 Xylene, VM&P

Z2–Z5 G–K @ 40% xylene

8 10 Good durability, gloss, and gloss retention for air and force-dry applications

Macopol 214-1092

VT Soya 60 52.3 7.7 VM&P Z–Z2 C–F @ 40% VM&P

5 8 Extremely fast dry and good adhesion to a variety of substrates; can be formulated into stain-blocking primers

Macopol 214-1118

Acrylic, styrene

Fatty acid blend

60 53.1 8.3 Xylene, MS

X–Y N/A 6 5 Good product for both air-dry or force cure; high gloss, excellent film hardness and fast dry-to-handle in a high solids formula

High Solids Macopol HS 57-5847

VT, styrene

Soya, linseed

80 77.0 8.3 Xylene Z2–Z5 G–J @ 60% VM&P

10 15 2.8 lbs/gal VOC formulas at good spray viscosity; also suitable for wood or stain blocking primers at 340 g/L (2.8 lbs/gal); soluble in aliphatic hydrocarbon solvents

Macopol HS 214-1158

Styrene acrylic

Fatty acid blend

70 65.0 8.6 n-BuAc Y–Z1 J–L @ 60% n-BuAc

6 4 Fast dry, excellent exterior durability, and good corrosion resistance; meets 3.5 lbs/gal VOC with good application properties; HAPs-free version of 214-2122

Macopol HS 214-2105

VT Soya 80 77.6 8.2 Xylene Z3–Z4 4 10 Extremely fast cutback with fast dry and good hardness development; can be formulated to meet VOC requirements below 3.0 lbs/gal (360 g/L)

Macopol HS 214-2122

Styrene acrylic

Fatty acid blend

70 63.4 8.5 Xylene Z–Z2 U–W @ 65% xylene

7 4 Excellent durability, color and gloss retention; can be formulated to meet VOC requirements of 3.0 lbs/gal (360 g/L)

Macopol HS 214-2758

VT, styrene

Soya, linseed

75 69.7 8.3 MAK Z–Z3 J–M @ 65% MPK

7 12 Quick drying with fast hardness development, good gloss and low VOC (3.0-3.5 lbs/gal)


Alkyds

Phenolic-Modified

Conventional


NVM %


Reduced Viscosity

Color (max.)


Rezimac 52-5203

Linseed, tung

50 42.2 8.4 Xylene X–Z G–J @ 40% xylene

12 35 Phenolic and rosin-modified alkyd with lacquer-like dry for general metal primers

Rezimac 204-1144

Linseed 60 51.3 8.0 VM&P, tolene, isobutanol

Z2–Z4 D–G @ 40% VM&P

10 20 Recommended for use in quick-dry primers for general metal finishing, such as fast-dry topcoats for drums and trash bins; good adhesion and water resistance

Rezimac 216-1074

Tung 54 47.9 7.4 MS F–H 8 Used in formulation of clear wood varnishes and aluminum pigmented finishes; good leafing properties, good chemical and abrasion resistance


Soya 76 69 8.8 MPK, n-BuAc, xylene

Z–Z2 11 22 A fast-drying, low VOC phenolic-modified alkyd that can be formulated to meet SSPC Paint 25 Spec; excellent non-lifting properties

Rezimac HS 57-5703

Linseed 75 70 8.9 n-BuAc, xylene

Z3–Z5 Q–T @ 65% n-BuAc

12 30 Fast tack-free dry times; excellent water resistance with good gloss; excellent adhesion and package stability

Rezimac HS 57-5754

TOFA 75 68.1 8.7 n-BuAc, MPK, xylene (trace)

Z–Z2 C–E @ 60% MPK

10 22 Excellent exterior durability, corrosion resistance and flexibility for industrial air-dry coatings; fast recoatability; resists lifting when topcoated

Rezimac HS 216-2134

Tung 75 70 7.7 MS T–V H–J @ 66% MS

9 Low viscosity tung/phenolic resin for use in wood stains and varnishes; good adhesion and exterior durability


Alkyds

Silicone-Modified

Conventional


NVM %


Reduced Viscosity

Color (max.)


Rezimac 62-6203

TOFA 50 42.0 8.3 Xylene M–O A1–B @ 40% MS

8 20 Chain-stopped alkyd with good durability for air-dry and bake applications

Rezimac 62-6247

Soya 50 43.2 8.2 Xylene U–X 11 6 Silicone alkyd copolymer with epoxy modification with good adhesion, chemical resistance and heat resistance for air-dry and bake applications

Rezimac 62-6260

Soya 60 50.7 7.9 MS W–Y C–F @ 45% MS

8 12 Good exterior durability and flexibility in air-dry applications; can be formulated to meet the requirements of TT-E-1593B

Rezimac 62-6283

Soya 50 41.4 7.6 MS I–L 7 12 Good dry time with good gloss development and overall appearance; excellent color and gloss retention; good flexibility

Rezimac 213-1136

Linseed 50 42.5 8.3 Xylene P–U 6 15 A silicone-modified alkyd resin with good heat resistance and gloss in air-dry applications

Rezimac 213-1285

Linseed, soya

50 41.4 7.6 MS, VM&P N–Q 9 12 Designed for coatings requiring excellent exterior color and gloss retention; also recommended for high heat-resistant aluminum coatings, including those requiring TT-P-28G compliance

High Solids Rezimac HS 57-5747

Soya 80 74.8 8.7 MAK, n-BuAc

Z–Z2 H–J @ 65% n-BuAc

8 12 Excellent exterior durability with excellent gloss retention and flexibility

Alkyds


Oil-Modified Urethanes

Conventional

Product Name Modifier

Type Oil Type %

NVM %


Reduced Viscosity

Color (max.)


Carbamac 43-4310

TDI Linseed 60 52.0 7.7 MS Z–Z3 B–E @ 48% MS

6 7 Good hardness and abrasion resistance balanced with fast through-dry

Carbamac 43-4355

TDI Soya 55 47.4 7.6 MS W–Y0.5 D–G @ 48% MS

4 4 Good viscosity allows for high build clears; good color retention, good hardness and abrasion resistance with good through-dry

High Solids

Carbamac HS 57-4372

IPDI Soya 70 64.0 7.7 MS V–X F–H @ 60% MS

8 4 Can be formulated to 350 g/L VOC for exterior applications needing excellent gloss retention and abrasion resistance

Carbamac HS 57-5794

TDI Soya 80 75.1 8.0 MS Z–Z2 G–I @ 64% MS

6 3 Can be formulated to 350 g/L VOC for interior trade sales applications that require fast dry, hardness and flexibility

Carbamac HS 57-5849

TDI Sunflower 80 76.0 7.8 MS H–J 4 1 Designed to be a modifier for conventional systems to meet 350 g/L VOC limits

Short Oil Conventional


NVM %


Reduced Viscosity

Color (max.)


Duramac 52-5205

Coconut 60 52.6 8.6 Xylene Z3–Z5 C–E @ 40% xylene

2 8 175 High quality non-yellowing baking enamels and plasticizers for nitrocellulose lacquers

Duramac 52-5222

Coconut 60 50.6 8.1 VM&P, isobutanol

Z3.5–Z5.5 R–V @ 50% xylene

3 10 Non-drying, non-yellowing, high gloss alkyd recommended for high quality baking finishes and as a lacquer plasticizing resin

Duramac 52-5243

TOFA 50 42.5 8.3 Xylene Z1.5–Z3.5 F–I @ 40% xylene

5 12 180 Good color and color retention for general purpose baking finishes

Duramac 52-5252

Soya 50 42.7 8.3 Xylene Z1–Z3 H–J @ 40% xylene

4 12 Good exterior gloss retention; compatible with urea and melamine resins; good corrosion resistance & good air-dry properties; versatile resin easily formulated into bake coatings that meet fast production finishing schedules

Duramac 207-1040

TOFA 50 43 8.3 Xylene Z2–Z4 K–N @

40%

xylene

6 12 140 Designed to produce excellent baking finishes that exhibit outstanding hardness properties; good chemical and solvent resistance

Duramac 207-1109

Coconut 70 62.1 8.7 i-BuOH, toluene, xylene

Z1–Z3 2 7 175 Designed for use in high quality wood conversion varnish; low color; can be used as a plasticizer for nitro-cellulose lacquers; can be cured with isocyanate crosslinkers

Duramac 207-1110

Coconut 70 63.8 9.1 SC-100, EB Y–Z2 2 8 175 Designed for use in high quality wood conversion varnish; low color; can be used as a plasticizer for nitro-cellulose lacquers; can be cured with isocyanate crosslinkers

Duramac 207-1205

Coconut 70 63.2 8.9 n-BuAc Z1–Z3 Q–T @ 60% n-BuAc

3 8 175 Higher solids, high quality non-yellowing baking enamels and plasticizers for nitrocellulose lacquers

Duramac 207-1985

TOFA 70 62.6 8.7 EP, EtOH T–V C–G @ 55% EP

7 10 Properties include fast curing & low yellowing with excellent durability and higher throughput


TOFA 88 87.1 9.3 Xylene Z5.5–Z6.5 I–M @ 70% in xylene

7 10 152 Workhorse product designed for baking systems with good cost/performance balance; can be formulated to 2.8 lbs/gal (340 g/L) VOC

Duramac HS 207-2012

Fatty acid blend

80 75.6 8.9 n-BuAc, MAK

X–Z K–M @ 70% in n-BuAc

7 3 81 Designed for use with isocyanate crosslinkers; excellent exterior durability; high equivalent weight means low ISO demand (economy); also melamine compatible

Duramac HS 207-2706

TOFA 78 77 9.1 n-Butyl acetate

T-V 7 12 A compliant TOFA-based alkyd cut in a HAPs-free solvent designed for baking systems; exhibits good gloss retention and has excellent balance of corrosion and humidity resistance

Duramac 52-5251

TOFA 50 43.1 8.2 Xylene Z2–Z4 C–F @ 35% in xylene

6 12 Good gloss retention and salt spray resistance for exterior applications; easily formulated into bake coatings

Duramac HS 207-1102

Coconut 75 67.3 8.9 MAK Z3–Z5 3 10 175 HAPs-free resin designed for use in high quality, non-yellowing baking enamels


Alkyds

Specialty Alkyds


Conventional Vinyl Ester


NVM %


Color (max.)


Chemacoil 240-2101

Linseed 99 100 7.8 None G–I 10 10 Unique 100% solids oxazoline resin with excellent pigment wetting characteristics, good flexibility, adhesion and mildew resistance; for use as a stain vehicle or modifier for latex paints

Oxazoline-Modified Alkyd

High Solids Long Oil


NVM %


Color (max.)


Duramac HS 55-5501

Soya 99 99.0 8.4 Xylene Z1–Z3 10 5 Very long oil alkyd modifier to improve adhesion to chalky substrates for exterior latex paints and stains; also used in oil-based exterior paints and stains

Duramac HS 55-5543

TOFA 100 100 8.2 None Z–Z3 8 8 Modifier for adhesion improvement in latex paints; good color retention for exterior solvent-based paints and stains

Duramac HS 211-1033

Linseed 100 99.3 8.3 None W–Y 10 10 Modifier to improve adhesion to chalky substrates for architectural paints; also used in oil-based exterior paints and stains; good compatibility with other long oil and mineral spirits for solvent-borne stains

Duramac HS 201-2516

Soya 100 100 8.5 None Z–Z2 8 12 Long oil alkyd used as adhesion promoter for exterior latex house paints; can be used as blending resin to increase solids and lower the VOC of conventional alkyd coatings; high gloss potential; good color retention

Latex Modifiers

Chlorine-Modified

High Solids


NVM %


Reduced Viscosity

Color (max.)


Duramac HS 57-5819

Safflower 75 67.7 9.4 SC-100 W-Y H-K 7 6 Alkyd resin for interior fire-retardant coatings; can be formulated to meet Government Specification DOD-E-24607A Chlorinated Alkyd Interior Semigloss Enamel; good dry and high flash point


Alkyds

Water Reducible

Chain-Stopped


NVM %


Reduced Viscosity

Color (max.)


DuramacWR 74-7474

Fatty acid blend

75 69.1 8.8 s-BuOH, EB

Z6–Z6.5 U0.5–W0.5 @ 60% s-BuOH

7 43 Workhorse product with excellent gloss, salt spray and humidity resistance balanced with good dry rate for air and force-dry industrial DTM applications; compatible with selected latexes; can be formulated for good dip tank stability

Duramac WR 74-7495

Fatty acid blend

70 63.8 8.7 s-BuOH, EB

Z4.5–Z6 8 38 Superior gloss and gloss retention with corrosion and water resistance, very good dry rate for air and force-dry industrial applications; compatible with selected latexes; can be formulated for good dip tank stability

Duramac WR 207-3074

Fatty acid blend

75 69.1 8.8 PnP, s-BuOH

Z6–Z6.5 8 43 Excellent gloss, salt spray and humidity resistance; good dry times

Duramac WR 207-3119

TOFA 75 70.4 9.0 EB Z5–Z7 8 44 Low VOC, good gloss, economical WR alkyd with good balance of cost versus performance

Duramac WR 207-3497

Fatty acid blend

70 64.3 8.9 EB Z4–Z6 8 38 Straight EB cut of 74-7495 with improved open time and higher flash point

Duramac WR 207-3738

TOFA 70 64.0 8.7 EB, s-BuOH

Z5–Z7 8 38 Good cost performance balance for air-dry, force-dry or bake systems; excellent corrosion resistance, initial gloss with good package stability

Epoxy Ester RezimacWR 73-7331

Fatty acid blend

70 66.6 8.4 EB Z5.5–Z6.5 8 69 Air-dry or bake resin with outstanding hardness, corrosion, chemical and humidity resistance for fast dry primers and maintenance coatings that require adhesion to difficult substrates including plastic; versatile in topcoat acceptance, can be a universal primer resin

Phenolic-Modified Duramac WR 74-7478

Fatty acid blend

75 69.6 8.7 EB, s-BuOH

Z6–Z6.5 8 44 Phenolic modification provides good corrosion resistance for air and force-dry primers with a minimal recoat window; resists lifting

Polyolefin Rezimac WR 73-7358

None 100 100.0 7.8 None Z–Z3 4 30 Modified polyolefin with excellent package stability, application and drying properties, and early water resistance for penetrating stains on vertical wood surfaces; outstanding stability

Duramac WR 74-7451

TOFA 70 64.9 8.8 EB Z4–Z6 W–Y @ 60% EB

8 53 Designed for baking enamels; provides good hardness, flexibility and durability; dip tank stable; formulations based on this resin are comparable to solvent-based bake formulations for general industrial applications

Short Oil


Alkyds

Water Reducible

Silicone-Modified


NVM %


Color (max.)


Rezimac WR 74-7435

Fatty acid blend

75 70.0 9.0 EB Z5–Z6.5 6 48 Silicone-modified alkyd with high gloss, good gloss and color retention with outstanding early water resistance, fast dry and high application solids; ideal for air-dry coatings requiring long-term exterior exposure; compatible with selected latexes

Stain Vehicle Duramac WR 216-3610

Linseed, tung

98 97.6 8.6 Xylene (trace)

Z4–Z5 14 90 Solvent-based stain performance in a water reducible polymer, with excellent penetration and performance for interior and exterior wood and other porous substrates; excellent package stability

Latex

All AcrylicAll AcrylicAll AcrylicAll Acrylic

SelfSelfSelfSelf----CrosslinkingCrosslinkingCrosslinkingCrosslinking

Styrene AcrylicStyrene AcrylicStyrene AcrylicStyrene Acrylic

Vinyl AcrylicVinyl AcrylicVinyl AcrylicVinyl Acrylic

�� interior & exterior architectural paint �� industrial primers �� direct-to-metal topcoats �� porch & deck enamels ��

Latex

All Acrylic

Product Name

% NVM

% NVV

Wet lbs/gal

Dry lbs/gal pH

Particle Size

(nm) Tg (°C)

(calculated) MFFT

(°C) Features and Benefits

Aquamac 450 50.0 47.2 8.80 9.27 8.5 195 10 18 Excellent abrasion resistance and adhesion; good hardness

and exterior durability

Aquamac 510 50.0 47.1 8.82 9.31 8.5 130 -5 1 A low Tg latex capable of near zero VOC ,at coatings; good

exterior durability and adhesion

Aquamac 720 45.0 41.3 8.90 9.60 9.0 160 40 30 Aquamac 720 is suitable for use in primer formulations with

excellent thin .lm corrosion resistance and compatibility with

reactive pigments; can also achieve high gloss for interior

applications; has good adhesion to galvanized steel


Self-Crosslinking

Product Name %

NVM % NVV

Wet lbs/gal

Dry lbs/gal pH

Particle Size (nm)

Tg (°C) (calculated)

MFFT (°C) Features and Benefits

Aquamac 490 46.0 44.3 8.60 8.90 7.5 100 13 12 A styrene acrylic capable of formulating below 100 g/L VOC

for use in architectural, DTM and light-duty industrial

coatings; coating formulations using Aquamac 490 exhibit

excellent block resistance, high gloss and good adhesion to

a wide variety of substrates

Aquamac 575 45.5 43.1 8.70 9.14 8.5 95 -5 -2 APE-free, all acrylic latex capable of achieving 50 g/L VOC

compliant formulations; coatings exhibit excellent adhesion

to a variety of substrates, superior block resistance, and very

good chemical resistance; performs well in concrete and

architectural coatings

Aquamac 780 45.0 41.9 8.80 9.37 10.0 155 39 36 Versatile styrene acrylic latex designed for architectural and

light-duty maintenance applications with good adhesion to

variety of substrates; can be formulated to 100 g/L VOC with

excellent solvent, chemical and stain resistance, high gloss

and good corrosion resistance

Latex

Styrene Acrylic

Product Name %

NVM % NVV

Wet lbs/gal

Dry lbs/gal pH

Particle Size

(nm) Tg (°C)

(calculated) MFFT


Aquamac 260 55.0 52.0 8.90 9.37 8.5 215 5 16 A latex polymer developed for highly pigmented systems,

such as non-speci.cation traf.c paints, marking paints and

concrete/masonry coatings; dries quickly

Aquamac 300 48.0 46.3 8.60 8.89 8.5 115 25 25 Outstanding stain and tannin block resistance; 150 g/L VOC

capable

Aquamac 440 45.0 43.3 8.60 8.93 7.5 100 23 32 Workhorse product exhibiting outstanding all-around

performance including block resistance, corrosion

resistance, good adhesion and gloss development; can be

formulated to 150 g/L VOC

Aquamac 477 40.0 37.3 8.70 9.26 8.0 60 30 46 Small particle size latex with excellent clarity, hardness and

mar resistance; also compatible with polyurethane

dispersions (PUD’s)

Aquamac 541 45.0 43.9 8.50 8.71 8.5 115 -10 -3 Can be formulated to 50 g/L VOC for stain block primer with

the use of ZnO; formulated coatings exhibit excellent tannin

stain blocking and very good ink stain block properties

Aquamac 550 45.0 42.6 8.70 9.15 8.5 105 58 58 Designed for concrete and masonry sealers with superior

early water and blush resistance; passes hydrolytic pressure

test TTP-1141A, par.4.3.8; excellent adhesion to masonry

and prevents ef,orescence

Aquamac 700 45.0 42.6 8.70 9.15 8.5 115 58 58 High Tg latex with good corrosion and weathering

resistance; produces hard, tough .lms with high gloss

Aquamac 705 50.0 47.8 8.70 9.07 8.5 115 19 32 Workhorse latex for industrial maintenance coatings;

capable of achieving 100 g/L VOC with outstanding

corrosion resistance, excellent weathering and early water

resistance; good ,exibility and superior gloss

Aquamac 740 47.5 45.5 8.65 9.00 8.5 110 40 62 Latex for DTM topcoat and primer coatings with high gloss

and good corrosion and water resistance

Aquamac 480 46.0 43.6 8.70 9.13 8.0 115 -5 -5 Designed for architectural coatings, this latex can achieve

zero VOC without using plasticizers; exhibits excellent

adhesion to glossy alkyd and good block resistance

Aquamac 570 45.0 43.3 8.60 8.93 8.5 95 32 36 APE-free resin designed for concrete waterproofers, has

great adhesion to concrete and excellent blush resistance;

can be formulated to 100 g/L VOC; passes hydrolytic

pressure test TTP-1141A, par.4.3.8

Aquamac 737 47.5 46.4 8.50 8.69 8.5 120 3 -2 APE-free resin designed for industrial maintenance coatings

at 50 g/L VOC or lower; has excellent corrosion resistance

and good early water and block resistance

Vinyl Acrylic

Product Name %

NVM

% NVV

Wet lbs/gal

Dry lbs/gal pH

Particle Size

(nm) Tg (°C)

(calculated) MFFT


Aquamac 580 56.5 52.5 9.10 9.69 4.7 295 9 9 APE-free latex with excellent scrub resistance and gloss

development; good block resistance, thickening ef.ciency

and formulation latitude for interior architectural coatings


Liquid Polyesters

ConventionalConventionalConventionalConventional

High SolidsHigh SolidsHigh SolidsHigh Solids

Polyester DispersionsPolyester DispersionsPolyester DispersionsPolyester Dispersions

Water ReducibleWater ReducibleWater ReducibleWater Reducible

�� aerospace topcoats �� super yacht coatings �� off-road & heavy equipment paints �� coil coatings �� metal office furniture ��

Liquid Polyesters


Conventional

Product Name %

NVM %


Reduced Viscosity

Color (max.)

Acid # (max.) OH # Eq. Wt. Features and Benefits

Polymac 66-6613

60 51.5 8.8 Xylene V–X D–G @ 45% xylene

8 10 85 660 Excellent balance of flexibility and hardness; has good chemical resistance with overbake resistance

Polymac 66-6686

70 61.1 8.8 MAK Z1–Z4 5 6 128 440 Excellent hardness and flexibility with glossy appearance and exterior durability

Polymac 220-1001

65 58.7 9.5 PMA Z3–Z4 2 4 173 324 Good gloss and color retention and good chemical and abrasion resistance; compatible with a wide variety of resins

Polymac 220-1926

65 57.5 9.1 SC-150, xylene

Z3–Z5 V–X @ 55% in SC-150

3 10 32 1753 Designed for coil coatings, can be formulated into flexible baking enamels; excellent adhesion to aluminum and steel

Polymac 220-1935

65 58.6 8.9 Xylene Z1–Z2 D–F @ 50% xylene

3 10 29 1934 Designed for coil coatings, good chemical resistance and hardness; excellent overbake resistance and flexibility

Polymac 220-1959

65 58.6 8.9 Arom 150

Z–Z2 3 6 35 1603 Designed for coil coatings, good flexibility, gloss, flow and leveling, and chemical resistance; has good durability with excellent overbake resistance

High Solids

Product Name %

NVM %


Reduced Viscosity

Color (max.)


PolymacHS 57-5761

88 86.8 9.8 Xylene, PMA

Z3–Z5 K–N @ 75% xylene

4 10 180 310 Good economics, hardness and flexibility for general industrial applications; can be formulated into FDA 175.300 approvable coatings

Polymac HS 57-5763

100 100.0 9.7 Z5–Z6 2 5 250 224 Lowest VOC possible (1.5 lbs/gal); excellent hardness; typical analysis will show 95% NVM due to glycol loss

Polymac HS 57-5776

83 82.7 9.3 PMA Z4–Z6 B–D @ 60% xylene

3 10 178 315 Workhorse polyester with excellent chemical resistance, durability, hardness and good flexibility for industrial bake and 2K applications; can be formulated into FDA 175.300 approvable coatings

Polymac HS 57-5782

95 93.5 8.7 MIBK Z3–Z5 2 6 245 230 Good combination of hardness, flexibility and chemical resistance for industrial bake applications

Polymac HS 57-5789

83 82.3 9.3 EEP Z3–Z5 A–C @ 60% xylene

3 10 153 370 Excellent chemical resistance, weathering and flexibility, and good hardness for industrial bake and 2K applications; can be formulated to meet VOC requirements of 2.8 lbs/gal (340 g/L)

Polymac HS 220-2010

75 69.3 9.0 n-BuAc Z1–Z3 C–F @ 60% MAK

2 9 280 200 Aliphatic polyester with superior weatherability and excellent chemical resistance, including Skydrol; also used as a blending resin for acrylics and polyesters; can be formulated to meet VOC requirements of 2.8 lbs/gal (340 g/L)

Polymac HS 220-2015

75 67.3 8.9 MAK Z1.5–Z3.5 2 5 280 200 Coatings exhibit superior weatherability, durability and good balance of film properties, including Skydrol resistance; excellent blending resin for acrylics

Polymac HS 220-2882

97 96.4 8.8 n-BuAc Z5–Z7 5 10 206 275 Good hardness and chemical resistance for industrial bake applications


Liquid Polyesters

Polyester Dispersions

Product Name %

NVM Wt/ Gal pH Viscosity

Particle Size (nm)

Color (max.)


Hydreau 290-3320

40 9.0 - - - 2 39 30 High Tg polyester dispersion for melamine or benzoguanamine baking enamels; excellent toughness, hardness, chemical resistance and durability

Hydreau 290-3321

45 9.0 7.6 - 75 2 25 56 Phenolic-modified polyester dispersion for food can coatings; excellent balance of properties

Hydreau 290-4156

30 8.8 7.5 1000– 3000 cP

- - 60 164 Surfactant-free polyester dispersion for 2K coating systems with low isocyanate demand; can achieve near zero VOC; excellent gloss development and good film hardness

Hydreau 290-4254

44 9.1 7.5 - 20 2 47 72 Surfactant-free polyester dispersion for baking systems; excellent adhesion to metal, flexibility and chemical resistance

Water Reducible

Product Name %

NVM %


Color (max.)


Polymac WR 72-7203

75 67.9 8.9 s-BuOH, EB

Z3–Z5 3 60 64 876 Excellent color retention, hardness and flexibility balanced with economics make this a workhorse for industrial baking enamels

Polymac WR 220-3203

75 67.9 8.9 PnP, s-BuOH

Z4–Z6.5 5 60 67 876 Excellent color and gloss retention, good adhesion and hardness

Polymac WR 220-3204

75 69.3 9.2 EB Z4–Z6 3 60 67 876 Designed for use in industrial enamels; HAPs-free; excellent exterior durability

Powder

ResinsResinsResinsResins

CurativesCurativesCurativesCuratives

�� machinery & equipment �� exterior light fixtures �� metal office furniture �� coil & extrusion �� plastic, glass & wood finishes ��

Powder


Carboxyl-Terminated Resin for Exterior Use: Primid Cured

Product Name Acid Value Dynamic

Viscosity (cP) Tg (°°°°C) Baking Schedules Resin/

Curative Ratio Features and Benefits

Polymac 5050 32–38 3000–3800 59 20 min @ 160°C/320°F

10 min @ 180°C/356°F 95/5 Excellent (exibility, 0T bend capability with 93/7 TGIC;

good exterior durability, low gloss with Casamid 2228

Carboxyl-Terminated Resin for Exterior Use: Polyglycidyl Ester Cured




Polymac 5160 32–37 3000–3800 59 15 min @ 180°C/356°F

10 min @ 204°C/400°F 93/7 Excellent (ow, good (exibility, and good exterior

durability; can also be cured with Primid at 95/5; cures

with GMA acrylics at 74/26

Carboxyl-Terminated Resins for Exterior Use: T.G.I.C. Cured




Polymac 5040 30–36 6200–7200 68 20 min @ 180°C/356°F

10 min @ 204°C/400°F 93/7 High Tg, catalyst-free, good (ow, excellent anti-yellowing

capability

Polymac 5160 32–37 3000–3800 59 20 min @ 180°C/356°F

10 min @ 204°C/400°F 93/7 Excellent (ow, good (exibility and exterior durability; can

also be cured with Primid at 95/5; cures with GMA acrylics

at 74/26

Polymac 5190 31–37 2600–3600 51 10 min @ 150°C/302°F

25 min @ 130°C/266°F 93/7 Low temperature cure, good hardness, excellent solvent

resistance

Polymac 5650 30–35 3700–5600 61 20 min @ 180°C/356°F

10 min @ 204°C/400°F 93/7 Catalyst-free, excellent (ow, good exterior durability;

designed for “wet-look” clears

Polymac 5900 46–52 3300–4300 67 10 min @ 204°C/400°F 90/10 Good solvent resistance and hardness

Polymac 5050 32–38 3000–3800 59 20 min @ 160°C/320°F

10 min @ 180°C/356°F 95/5 Excellent (exibility, 0T bend capability with 93/7 TGIC;

good exterior durability, low gloss with Casamid 2228

NOTE: Bake schedules are suggested times and must be determined by the user.

Viscosity – ICI Cone and Plate; mPa·s @ 200°C

Carboxyl-Terminated Resins for Interior Use: Hybrid Polyesters




Polymac 2090 55–65 2500–3700 52 20 min @ 180°C/356°F

10 min @ 204°C/400°F 60/40 Excellent (ow; good chemical resistance

Polymac 2360 66–76 2000–3000 52 20 min @ 150°C/302°F

10 min @ 160°C/320°F 50/50 Very high reactivity; good (ow, good hardness

Polymac 2510 85–100 3100–5600 72 25 min @ 180°C/356°F

15 min @ 204°C/400°F 45/55

50/50

60/40

Uncatalyzed polyester; good (ow, excellent shelf stability

Super-Durable Resin for Extended Exterior Exposure




Polymac 6140 30–36 3400–4400 63 15 min @ 204°C/400°F 93/7 Cures with TGIC at 93/7; good general purpose resin;

requires 5-7% isocyanate curative for full physical

properties

Hydroxyl-Terminated Resins for Exterior Use: Primid Cured

Product Name Hydroxyl Value*

Dynamic Viscosity (cP) Tg (°°°°C)

Acid Value (max.) Baking Schedules

Resin/ Curative Ratio** Features and Benefits

Polymac 3000 50 3700–5600 57 15 10 min @ 204°C/400°F 80/20 Excellent chemical resistance; superior

hardness and impact resistance

Polymac 3020 110 3100–4300 55 9 10 min @ 204°C/400°F 63/37 Excellent stain, detergent and solvent

resistance

Polymac 3110 290 2100–3000 48 11 15 min @ 204°C/400°F 50/50 Designed to be extruded with Polymac 3220

for low gloss polyurethane coatings; can be

melt-mixed with other OH polyesters to

enhance hardness and chemical resistance

Polymac 3160 40 3700–4900 54 15 10 min @ 204°C/400°F 82/18 Excellent (ow, very good physical properties

Polymac 3220 40 3700–5600 58 4 10 min @ 204°C/400°F 82/18 Provides low gloss when combined with

Polymac 3110

*Hydroxyl values are approximate.

**Utilizing a blocked isocyanate with an equivalent weight of 300 g/eq.


Polymeric Isocyanate Curatives

Product Name Equivalent Weight

% NCO for Cure Tg (°°°°C) Baking Schedules

Resin/ Curative Ratio Features and Benefits

Alcure 4400 302 14 58 10 min @ 204°C/400°F 82/18 Polymeric aliphatic isocyanate; excellent (ow, good overall

performance

Alcure 4402 280 15 58 10 min @ 204°C/400°F 83/17 Higher reactivity than Alcure 4400; equivalent performance to

higher trimer content

Alcure 4430 333 12.6 55 20 min @ 180°C/356°F 81/19 Very good chemical resistance; polymeric aliphatic isocyanate;

lower temperature cure than Alcure 4400

Alcure 4431 333 12.6 55 20 min @ 180°C/356°F 81/19 Reduced yellowing and improved UV resistance

Alcure 4450 275 15.3 64 20 min @ 160°C/320°F 84/16 Polymeric aromatic isocyanate for low temperature cure;

considerable savings over aliphatic curatives; not

recommended for long-term UV exposure; high Tg

Alcure 4470 212 19.8 58 30 min @ 160°C/320°F 87/13 Polymeric aliphatic isocyanate; lower temperature cure than

Alcure 4400; ε-caprolactam-free; triazole-blocked

NOTE: Bake schedules are suggested times and must be determined by the user.

Viscosity – ICI Cone and Plate; mPa·s @ 200°C

Powder

Solution Acrylics

Conventional

High Solids

Water Reducible

2K industrial maintenance general metal baking enamels rigid packaging transportation—truck, bus & RV


Solution Acrylics

Conventional Thermoplastic

Product Name %

NVM %


Reduced Viscosity

Color (max.)

Acid # (max.) OH #

Eq. Wt.

Tg (°C) Features and Benefits

Acrylamac 16-1066

50 44.0 8.1 Toluene W–Z 1 4 50 Fast dry with good color and gloss retention for use as a sole film former or modifying resin; can be formulated into FDA approvable coatings

Acrylamac 231-1195

50 32.0 7.2 Isopar G W–Y 1 59 Designed for low odor, stain-blocking primer for 350 g/L VOC; excellent ink stain block and good sag resistance

Acrylamac 231-1266

50 44.5 8.1 iso-BuAc

Z2–Z5 1 4 50 Exhibits fast dry times and excellent gloss; has good color retention and good compatibility with other resins; excellent pigment dispersion vehicle

Thermoset Acrylamac 17-1100

60 54.3 8.6 Toluene Z1–Z4 1 15 87 645 56 Hydroxyl-functional polyol with outstanding weatherability, hardness, gloss and color retention for durable, long-lasting coatings

Acrylamac 232-1321

65 61.5 8.7 PMA, n-BuOH

Z3–Z5 C–E @ 40% PMA

2 20 80 701 23 Designed for two-component, acrylic urethane coatings; good early water resistance, good chemical resistance and good weatherability

Acrylamac 232-1375

70 64.9 8.6 n-BuAc Z3–Z5 D–F @ 50% n-BuAc

2 16 154 365 24 Hydroxyl-functional resin for coatings requiring weatherability and chemical resistance with excellent water and humidity resistance

Acrylamac 232-1700

60 53.2 8.4 Xylene Z–Z3 1 15 87 645 56 Hydroxyl-functional polyol with excellent hardness, gloss and color retention; excellent appearance and durability

Acrylamac 232-1711

60 53.7 8.5 n-BuAc Z1–Z3 1 15 87 645 56 Excellent gloss and color retention and excellent protective properties; excellent appearance and outstanding exterior durability


Solution Acrylics

Conventional Thermoset Carboxyl-Functional

Product Name %

NVM %


Color (max.)

Acid # (max.) Eq. Wt.


Acrylamac 232-1128

55 49.3 8.4 EB X–Z2 3 65 935 5 Can be formulated into FDA approvable coatings for direct food contact under 21 CFR 175.300; excellent chemical resistance, excellent balance of hardness and flexibility, excellent metal protection properties

Acrylamac 232-1176

41 36.4 8.0 Arom 150, EB

Z1–Z3 2 40 1476 25 Designed to crosslink with epoxy resins for metal applications; high gloss, excellent color and gloss retention, excellent hardness, abrasion resistance

Acrylamac 232-1188

56 49.9 8.4 Arom 150, EB

9000–14500 cP

1 66 905 23 Soft, flexible acrylic resin that can be formulated into FDA approvable coatings for direct food contact under 21 CFR 175.300; excellent adhesion, high gloss, excellent chemical resistance

Acrylamac 232-1189

56 49.9 8.5 Arom 150, EB

4300–6300 cP

1 66 905 3 Soft, flexible acrylic resin that can be formulated into FDA approvable coatings for direct food contact under 21 CFR 175.300; excellent adhesion, high gloss, excellent chemical resistance

Solution Acrylics


High Solids

Product Name %

NVM %


Reduced Viscosity

Color (max.)

Acid # (max.) OH #

Eq. Wt.


Acrylamac HS 232-2314

80 76.2 8.7 n-BuAc Z3–Z5 C–E @ 60% n-BuAc

2 8 70 800 19 Hydroxyl-functional resin with low isocyanate demand designed for use in high performance industrial maintenance topcoat applications; can also be formulated to 340 g/L VOC


80 76.2 8.8 t-BuAc, n-BuAc (trace)

Z5–Z7 2 8 70 800 19 t-Butyl acetate version of 232-2314


90 88.3 8.6 n-BuAc Z3–Z5 D–H @ 70% n-BuAc

3 8 244 230 20 Very high solids polyol producing hard, durable and chemically resistant finishes; useful as sole resin or as a modifier in applications requiring excellent abrasion resistance in 250 g/L VOC formulations


80 76.3 8.7 n-BuAc, EEP (trace)

Z3–Z5 2 7 68 825 22 Hydroxyl-functional resin with low isocyanate demand, superior water resistance and gloss retention making it an excellent choice for maintenance and marine topcoat applications in 340 g/L VOC formulations


80 74.6 8.5 MAK Z1–Z4 3 8 110 508 8 Designed for low VOC compliant coatings, this resin has an excellent balance of film properties and is a very good choice for primed and unprimed substrates

Thermoset

Water Reducible

Thermoset

Product Name %

NVM %


Reduced Viscosity

Color (max.)

Acid # (max.) OH #

Eq. Wt.


Acrylamac WR 17-7241

75 69.3 8.6 n-BuOH, EP

Z5–Z7 3 110 110 510 2 Good stability, chemical, stain and corrosion resistance for industrial electrocoating or dip tanks; can be formulated into 2K systems


71 66.4 8.7 EB Z6–Z9 F–K @ 40% EB

1 85 59 951 27 Versatile resin for spray, dip or flow coatings that are baked

UV Curables

UV CurablesUV CurablesUV CurablesUV Curables

�� designed for sandable, flexible wood coatings and high-end industrial & metal applications ��

UV Curables

UV Curable Resins

Product Name Oil Type % Oligomer % Reactive Diluent

Wt/ Gal Viscosity

Color (max.)


Lumicure

15-1516 Aliphatic

urethane

acrylate

75 25 HDODA 9.0 Z4.5–Z5.5 2 0.1 UV/EB curable designed for high end applications with good

hardness, .exibility and chemical resistance

Lumicure 15-1560

Polyester 75 25 Styrene 9.6 2400–2800

cP 5 30 UV/EB or peroxide curable with medium reactivity; designed

for use as a sandable, .exible wood coating

Lumicure

223-6517 Polyester 76 24 VT 9.5 2400–2700

cP 5 22 HAPs-free, UV/EB or peroxide curable with medium

reactivity; designed for use as a sandable, .exible wood

coating


Reference

Acrylamac™ Alcure™ Aquamac™ Archemis® Carbamac™ Chemacoil™ Duramac™ Hydreau® Lumicure™ Macopol™ Polymac™ Rezimac™

Aquamac Quick Reference GuideAquamac Quick Reference GuideAquamac Quick Reference GuideAquamac Quick Reference Guide

Quick Reference Guide for 2K SystemsQuick Reference Guide for 2K SystemsQuick Reference Guide for 2K SystemsQuick Reference Guide for 2K Systems

PCCR Resins with tPCCR Resins with tPCCR Resins with tPCCR Resins with t----Butyl AcetateButyl AcetateButyl AcetateButyl Acetate

HAPSHAPSHAPSHAPS----Free Product ListFree Product ListFree Product ListFree Product List

Coating Calculations & GlossaryCoating Calculations & GlossaryCoating Calculations & GlossaryCoating Calculations & Glossary

Coating Resin DistributorsCoating Resin DistributorsCoating Resin DistributorsCoating Resin Distributors

Aquamac Quick Reference Guide


Aquamac 260 ��

Aquamac 300 ��

Aquamac 440 ��

Aquamac 450 ��

Aquamac 477 ��

Aquamac 480 � � � � ��

Aquamac 490 ��

Aquamac 510 � � � ��

Aquamac 541 � � ��

Aquamac 550 ��

Aquamac 570 ��

Aquamac 575 � ��

Aquamac 580 ��

Aquamac 700 ��

Aquamac 705 ��

Aquamac 720 ��

Aquamac 737 � ��

Aquamac 740 ��

Aquamac 780 ��

Architectural Exte

rior

Architectural Flat

Architectural Non-Flat

Concrete Coatings and Sealers

DTM

IM & M Prim

er

IM & M Topcoat

Floor C

oatings

Prim

ers and Undercoatings

Specialty P

rimers

Stains and Wood Finish

es

Low VOC (50 g/L or lo

wer)

Waterproofing and Sealers

= Suggested use � = May be suitable �� = Not recommended ��

Aquamac Quick Reference Guide


Polymer NVM

(%) NVV*

(%)

Wet

Density

(#/gal)

Dry

Density*

(#/gal) pH Particle

Size (nm) Tg*

(°C) MFFT

(°C) Grind

Vehicle**

Aquamac 260 Styrene acrylic 55.0 52.0 8.90 9.37 8.5 215 5 16 No

Aquamac 300 Styrene acrylic 48.0 46.3 8.60 8.89 8.5 115 25 25 Yes


Aquamac 450 All acrylic 50.0 47.2 8.80 9.27 8.5 195 10 18 No


Aquamac 480 Styrene acrylic 46.0 43.6 8.70 9.13 8.0 115 -5 -5 n/a


Aquamac 510 All acrylic 50.0 47.1 8.82 9.31 8.5 130 -5 1 No

Aquamac 541 Styrene acrylic 45.0 43.9 8.50 8.71 8.5 115 -10 -3 No

Aquamac 550 Styrene acrylic 45.0 42.6 8.70 9.15 8.5 105 58 58 n/a


Aquamac 575 All acrylic 45.5 43.1 8.70 9.14 8.5 95 -5 -2 Yes

Aquamac 580 Vinyl acrylic 56.5 52.5 9.10 9.69 4.7 295 9 9 No



Aquamac 720 All acrylic 45.0 41.3 8.90 9.60 9.0 160 40 30 No

Aquamac 737 Styrene acrylic 47.5 46.4 8.50 8.69 8.5 120 3 -2 No



The values listed in this chart are typical properties and should NOT be considered speci4cations.

*Calculated values **Contact a Technical Service Representative for details

*Calculated Values

Alkyds—Polyesters—Solution Acrylics

ALKYDS

Product NVM (%)

NVV* (%)

WPG (#/gal) Solvents Viscosity

Acid Value (max.)

OH Eq. Wt. Features and Benefits

Duramac HS 207-2012

80 75.6 8.90 n-BuAc, MAK

X-Z 3 691 HAPs-free, high solids alkyd with low isocyanate demand; designed for economical systems; can be used for DTM (direct-to-metal)

Product NVM (%)

NVV* (%)


Acid Value (max.)


Polymac HS 57-5776

83 82.7 9.30 PMA Z4-Z6 10 315 HAPs-free, high solids workhorse resin with good hardness/ flexibility and excellent durability; can be formulated into FDA approvable coatings

Polymac HS 57-5789

83 82.3 9.30 EEP Z3-Z5 10 370 HAPs-free, high solids, low viscosity polyester with excellent durability and flexibility

Polymac HS 220-2010

75 69.3 9.04 n-BuAc Z1-Z3 9 200 HAPs-free, high solids polyester with superior durability and chemical resistance, including Skydrol

Polymac 66-6686

70 61.1 8.75 MAK Z1-Z4 6 440 HAPs-free, conventional solids polyester with premium performance

Polymac 220-1001

65 58.7 9.53 PMA Z3-Z4 4 324 HAPs-free, conventional solids polyester with excellent chemical resistance; compatible with acrylics and other polyesters

Product NVM (%)

NVV* (%)


Acid Value (max.)

Tg* (C)



90 88.3 8.61 n-BuAc Z3-Z5 8 20 230 HAPs-free, very high solids with excellent hardness, mar/abrasion resistance, exterior durability and chemical resistance; can be used as a sole polyol or as a modifier


80 76.3 8.72 n-BuAc Z3-Z5 7 22 825 HAPs-free, high solids, low isocyanate demand; superior water resistance and gloss retention for OEM, industrial maintenance and marine applications


80 76.2 8.72 n-BuAc Z3-Z5 8 19 800 HAPs-free, high solids, low isocyanate demand for economical, high performance OEM and industrial maintenance topcoat applications

Acrylamac 232-1375

70 64.9 8.61 n-BuAc Z3-Z5 16 24 365 HAPs-free, conventional solids with exceptional durability and hardness; designed for use in industrial maintenance applications

Acrylamac 17-1100

60 54.3 8.65 Toluene Z1-Z4 15 56 645 Conventional solids, outstanding durability, gloss and color retention; high Tg provides for fast dry-to-touch for automotive refinish and industrial maintenance applications

Acrylamac 232-1711

60 53.7 8.50 n-BuAc Z1-Z3 15 56 645 n-BuAc version of Acrylamac 17-1100

Acrylamac 232-1700

60 53.2 8.45 Xylene Z-Z3 15 56 645 Xylene version of Acrylamac 17-1100

Quick Reference Guide for 2K Systems


POLYESTERS

SOLUTION ACRYLICS

PCCR Resins with t-Butyl Acetate


Conventional Resin

without

t-Butyl Acetate

Description of Conventional Resin t-Butyl Acetate

Version

Acrylamac 16-1066 Conventional Thermoplastic Solution Acrylic: Tg = 50°C; acid # = 4; NVM = 50%

231-8066 (NVM = 50%)


High Solids Thermoset Solution Acrylic: Hydroxyl-functional resin with low

isocyanate demand; OH # = 70; acid # = 8; eq. wt. = 800; Tg = 19°C; NVM = 80%

232-2315 (NVM = 80%)

Duramac 51-5117 Conventional Medium Oil Alkyd: Soya oil; OH # = 90; acid # = 10;

NVM = 50% 204-8117 (NVM = 65%)

Duramac 52-5205 Conventional Short Oil Alkyd: Coconut oil; OH # = 175; acid # = 8;

NVM = 60% EX-621*

Duramac 52-5290 Conventional Chain-Stopped Alkyd: TOFA oil; OH # = 112; acid # = 12;

NVM = 50% 207-1290 (NVM = 55%)

Duramac 207-1405 Conventional Chain-Stopped Alkyd: Soya oil; OH # = 85; acid # = 12;

NVM = 50% 207-1407 (NVM = 56%)

Duramac HS 57-5720 High Solids Chain-Stopped Short Oil Alkyd: TOFA oil; acid # = 10;

NVM = 75% EX-713*

Duramac HS 207-2012 High Solids Short Oil Alkyd: Fatty acid blend; OH # = 81; acid # = 3;

NVM = 80% EX-624*

Macopol HS 214-1158

Macopol HS 214-2122

High Solids Modified Copolymer Alkyd: Styrene acrylic-modi:ed; fatty acid

blend; acid # = 4; NVM = 70% EX-632*

Macopol HS 214-2105 High Solids Modified Copolymer Alkyd: VT-modi:ed; soya oil; acid # = 10;

NVM = 80% EX-631*

Macopol HS 214-2758 High Solids Modified Copolymer Alkyd: VT and styrene-modi:ed; soya and

linseed oil; acid # = 12; NVM = 75% EX-633*

Polymac HS 57-5789 High Solids Liquid Polyester: OH # = 153; acid # = 10; eq. wt. = 370;

NVM = 83% EX-635*

Rezimac 62-6260 Conventional Silicone-Modified Alkyd: Soya oil; acid # = 12; NVM = 60% EX-629*

Rezimac 213-1136 Conventional Silicone-Modified Alkyd: Linseed oil; acid # = 15; NVM = 50% EX-681*

Rezimac HS 57-5754 High Solids Phenolic-Modified Alkyd: TOFA oil; acid # 22; NVM = 75% EX-630*

*Experimental

HAPs-Free Product List

HAPs-Free Products Product Name Chemistry Description Oil Type % NVM % NVV Solvents

Acrylamac 231-1195

Acrylic Acrylic polyol 50 32.0 Isopar G

Acrylamac 231-1266

Acrylic Acrylic polyol 50 44.5 Isobutyl acetate

Acrylamac 232-1128

Acrylic Acrylic polyol 55 49.3 EB

Acrylamac 232-1321

Acrylic 2K acrylic polyol 65 61.5 PM acetate, n-Butanol

Acrylamac 232-1375

Acrylic 2K acrylic polyol 70 64.9 n-Butyl acetate, EEP (trace)

Acrylamac 232-1711

Acrylic Acrylic polyol 60 53.7 n-Butyl acetate


Acrylic High solids, 2K acrylic polyol 80 76.2 n-Butyl acetate, EEP (trace)


Acrylic 2K acrylic polyol 80 76.2 t-Butyl acetate, n-butyl acetate (trace)


Acrylic High solids, 2K acrylic polyol 90 88.3 n-Butyl acetate


Acrylic High solids, 2K acrylic polyol 80 76.3 n-Butyl acetate, EEP (trace)


Acrylic Water reducible, 2K acrylic polyol 75 69.3 n-Butanol, EP


Acrylic Water reducible, 2K acrylic polyol 71 66.4 EB

Chemacoil 240-2101

Alkyd Oxazoline-modified vinyl ester (no formaldehyde)

Linseed 99 100.0 None

Duramac 201-1170

Alkyd Long oil alkyd Soya 70 63.0 Mineral spirits

Duramac 207-1205

Alkyd Short oil alkyd Coconut 70 63.2 n-Butyl acetate

Duramac HS 207-2706

Alkyd High solids, short oil alkyd TOFA 78 77.0 n-Butyl acetate

Duramac HS 207-2852

Alkyd High solids, chain-stopped short oil alkyd

DCO, soya 75 67.3 MAK

Duramac HS 211-1033

Alkyd High solids, long oil alkyd Linseed 100 99.3 None

Duramac WR 74-7451

Alkyd Water reducible, short oil alkyd TOFA 70 64.9 EB

Duramac WR 74-7474

Alkyd Water reducible, chain-stopped alkyd

Fatty acid blend 75 69.1 sec-Butanol, EB

Duramac WR 74-7478

Alkyd Water reducible, phenolic-modified alkyd

Fatty acid blend 75 69.6 EB, sec-Butanol

Duramac WR 74-7495


Fatty acid blend 70 63.8 sec-Butanol, EB

Duramac WR 207-3074


Fatty acid blend 75 69.1 PnP, sec-Butanol

Duramac WR 207-3119

Alkyd Water reducible, short oil alkyd TOFA 75 70.4 EB

Duramac WR 207-3497


Fatty acid blend 70 64.3 EB


HAPs-Free Product List

HAPs-Free Products

Product Name Chemistry Description Oil Type % NVM % NVV Solvents

Duramac WR 207-3738


TOFA 70 64.0 sec-Butanol, EB

Hydreau 290-3320

Polyester Polyester dispersion

40 35.5 Water

Hydreau 290-3321

Polyester Phenolic-modified polyester dispersion

45 Water

Hydreau 290-4156

Polyester Polyester dispersion 30 26.2 Water

Hydreau 290-4254

Polyester Polyester dispersion 44 Water

Macopol HS 214-1158

Alkyd High solids, styrene acrylic-modified alkyd

Fatty acid blend 70 65.0 n-Butyl acetate, MAK (trace)

Macopol HS 214-2758

Alkyd High solids, VT and styrene-modified alkyd

Soya, linseed 75 69.7 MPK

Polymac 66-6686

Polyester High solids, polyester

70 61.1 MAK

Polymac 220-1001

Polyester Polyester 65 58.7 PM acetate

Polymac HS 57-5776

Polyester High solids polyester 83 82.7 PM acetate

Polymac HS 57-5789

Polyester High solids polyester 83 82.3 EEP

Polymac HS 220-2010

Polyester High solids polyester 75 69.3 n-Butyl acetate

Polymac HS 220-2015

Polyester High solids polyester 75 67.3 MAK

Polymac HS 220-2882

Polyester High solids polyester 97 96.4 n-Butyl acetate

Polymac WR 72-7203

Polyester Water reducible polyester 75 67.9 sec-Butanol, EB

Polymac WR 220-3203

Polyester Water reducible polyester 75 67.9 sec-Butanol, PnP

Polymac WR 220-3204

Polyester Water reducible polyester 75 69.3 EB

Rezimac HS 57-5747

Alkyd High solids, silicone-modified alkyd

Soya 80 74.8 MAK, n-Butyl acetate

Rezimac HS 57-5839

Alkyd High solids, epoxy ester alkyd (no xylene)

Fatty acid blend 70 65.9 n-Butyl acetate

Rezimac WR 73-7331

Alkyd Water reducible, epoxy ester alkyd (no xylene, no styrene)


Rezimac WR 73-7358

Alkyd Water reducible, modified polyolefin

100 100.0 None

Rezimac WR 74-7435

Alkyd Water reducible, silicone-modified alkyd



A word about “HAPs-free” products:

Based on the Clean Air Act’s Hazardous Air Pollutants list published at 42 U.S.C. § 7412(b) (as of September 2007) and PCCR USA’s review of product ingredients (relying on both theoretical calculations and information provided by our raw materials vendors), PCCR USA’s HAPs-free products are not expected to contain Hazardous Air Pollutants at greater than 0.0001%. Because Hazardous Air Pollutants are designated by Federal Law and the list of HAPs is subject to change by U.S. EPA, buyers should independently confirm that PCCR USA’s HAPs-free products do not contain regulated HAPs at the time of use. PCCR USA makes no warranty concerning HAPs content beyond the express content of this statement.

Coating Calculations and Glossary

Abrasion Wearing away of a surface in service by action such as rubbing, scraping or erosion.

Abrasion Resistance The ability of a coating to resist being worn away and to maintain its original appearance and structure

when subjected to rubbing, scraping or erosion. Acid Number or Value The number of milligrams of KOH required to neutralize the free acids in 1 gram of polymer.

Aftertack Film defect in which the coated surface, having once reached a tack-free stage, subsequently develops

a sticky condition. Anti-sintering The property of reducing sintering.

Architectural Coatings Coatings intended for on-site application to interior or exterior surfaces of residential, commercial,

institutional or industrial buildings – as opposed to industrial coatings. Protective and decorative

*nishes applied at ambient temperatures. Baking The process of drying or curing a coating by the application of heat in excess of 65°C/150°F. When

below this temperature, the process is referred to as forced drying. Block Resistance Resistance to the undesirable sticking together of two painted surfaces when pressed together under

normal conditions or under speci*ed conditions of temperature, pressure, and relative humidity. Blocked Isocyanate An isocyanate material in which the isocyanate groups (NCO) are blocked from carrying out their

normal chemical reactions by already having been reacted, either with a speci*c blocking agent or with

themselves. In the latter case the blocked isocyanate is referred to as a uretdione type, because the

NCO groups have linked themselves together to produce uretdione linkages. Common blocking agents

are ε-caprolactam and triazole. Blocking Agent A chemical, such as ε-caprolactam, that reacts reversibly with isocyanate groups (NCO) such that at

temperatures below the deblocking temperature it is covalently bonded to the NCO groups, thereby

preventing these groups from reacting with anything else. At temperatures above the deblocking

temperature, the blocking agent is released from the NCO groups thus allowing them to react with, for

example, the hydroxyl groups of the surrounding polyester resin.

Glossary Term Definition


Coating Calculations

P/B =

PVC =

NV Wt % =

NV Vol % =

Density or Wt/Gal =

VOC (lbs/gal) =

VOC = (g/L) =

Equivalent Weight =

lbs pigment

lbs of polymer solids

volume of pigment

volume total solids in paint

lbs of total solids in paint

lbs of paint

gallons of solids in paint

gallons of paint

total lbs

total gallons

lbs organic solvent (non-exempt)

gals paint - gals water - gals exempt solvent

56,100

OH No.

VOC (lbs/gal x 119.84)

x 100

x 100

x 100

Glossary (continued)

Glossary Term Definition Blush, Blushing, (“Bloom”) Film defect which appears as a milky opalescence as the *lm dries; can be a temporary or permanent

condition. It is generally caused by rapid evaporation, moisture, or incompatibility. Brush Drag Resistance encountered when applying a coating by brush.

Brushability The ability or ease with which a coating can be brushed.

Catalyst An additive that speeds up a chemical reaction, such as curing, but takes no part in the reaction.

Chalk Resistance The ability of a coating to resist the formation of a friable powder on the surface of its *lm caused by

the disintegration of the binding medium due to degradative weather factors. Chip Resistance The ability of a coating or layers of coatings to resist total or partial removal, usually in small pieces, as

a result of impact by hard objects or from wear during service. Compatibility Capacity of coatings from either different sources or of different compositions to be combined and

applied so as to yield no visible or mechanically measurable differences in the cured *lm or application

properties. Conventional Solids For the purposes of this reference guide, any material that is less than 70% solids. There may be

exceptions. Copolymer A polymer consisting of molecules containing large numbers of units of two or more chemically

different types in irregular sequence. Corrosion Resistance The ability of a substance to resist deterioration because of reaction with its environment.

Cracking Generally, the splitting of a dry paint or varnish *lm, usually as a result of aging or Gexing.

Crosslinking Applied to polymer molecules, the setting up of chemical links between the molecular chains to form a

three-dimensional or network polymer generally by covalent bonding. Crosslinking generally toughens

and stiffens coatings. Thermosetting materials crosslink under the inGuence of heat and catalysis and,

in some cases, electromagnetic radiation. Cure To change the properties of a polymeric system by chemical reaction into a *nal, more stable, usable

condition by the use of heat, radiation or reaction with chemical additives. D.O.I. (Distinctness of

Image) The sharpness with which image outlines are reGected by the surface of an object.

DCO Dehydrated castor oil

Deblocking Temperature The temperature at which the thermally reversible reaction between a blocking agent and an

isocyanate group (NCO) begins to produce signi*cant quantities of freed NCO groups available for

reaction. The higher the temperature a blocked isocyanate is above its deblocking temperature, the

more NCO groups are made available, and the faster crosslinking reactions can be. Conversely, when

an isocyanate is below its deblocking temperature, no NCO groups are available for reaction. DFT Dry *lm thickness

Dry A *lm is considered dry when using moderate pressure, it feels *rm to the touch.

Dry-Through Film is considered dry-through when no distortion of the *lm (i.e., loosening, detachment, wrinkling,

etc.) occurs when the thumb is borne downward while simultaneously turning the thumb through an

angle of 90° in the plane of the *lm. Dry-to-Touch A *lm is considered dry-to-touch when it no longer adheres to the *nger. The *nger leaves no marks

after touching the *lm, and *lm does not rub up appreciably when *nger is lightly rubbed across the

surface. DTM (Direct-to-Metal) Refers to coatings applied directly to an uncoated, non-primed metal substrate.

Edge Coverage A powder coating’s ability to Gow over, build and adhere to sharp corners, angles and edges.

Enamel Topcoat that is characterized by its ability to form a smooth surface; originally associated with a high

gloss but may also include lower degrees of gloss. Equivalent Weight The equivalent weight of a material is its molecular weight divided by its functionality, the latter being

the number of a given reactive group present on an average molecule of the material. For polyester

resins for coating powders, the resin equivalent weight is given by 56,100 divided by the resin acid

value (for carboxyl polyesters) or 56,100 divided by the resin hydroxyl value (for hydroxyl polyesters).

Expressed based on a solids basis.


Glossary Term Definition Exempt Solvent Any solvent that has not been declared photochemical reactive by any of several regulatory agencies.

Extruder A device used to melt-mix plastics and/or powder coatings. An extruder utilizes heat and mechanical

kneading to achieve a homogeneous mixture. FDA Food and Drug Administration

Flash Point Lowest temperature of a liquid at which it gives off suf*cient vapor to form an ignitable mixture with the

air near the surface of the liquid or within the vessel used. Glass Transition

Temperature (Tg) The temperature at which materials in general change from either a hard glassy state to a softer,

rubbery state, or from a soft rubbery state to a harder glassy state. HAP Hazardous air pollutant

High Drink A resin is said to be high drink when, as solvent is added, there is a slow viscosity reduction, enabling

lower solids at a given viscosity. High Solids For the purposes of this reference guide, any material that is 70% solids or higher. There may be

exceptions. HDODA Hexanediol diacrylate

HQMME Hydroquinone monomethyl ether

Hybrid Powder Coating A powder coating whose binder component is a blend of two different resins, such as polyester and

epoxy. A “60/40” polyester/epoxy hybrid for example, would have a resin component comprising 60

wt/% polyester and 40 wt/% epoxy. The functional groups on each resin are balanced so as to fully

react with each other at the given wt/% ratios of each resin. Impact Fusion The tendency for particles of powder coatings to agglomerate, fuse together, or build up on surfaces,

because of mechanical impact during transportation within the powder application equipment. Inhibitor A negative catalyst which prevents or retards an undesirable chemical reaction.

Isocyanate A material containing NCO groups that are available for reaction with a variety of other functional

groups. Commonly those used in coating powders are polymeric in nature so as to increase their

functionality. Lacquer Coating composition which is based on synthetic thermoplastic *lm-forming material dissolved in

organic solvent that dries primarily by solvent evaporation. Long Oil Alkyd Alkyd resin containing more than 60% of oil in solids.

Medium Oil Alkyd

Alkyd of medium oil content, usually containing from 40-60% of oil in solids.

Melt Mixing A predominant process for the manufacture of powder coatings involving the continuous compounding

of the pigments, *llers, additives, resins and curing agents at elevated temperatures. MFFT (Minimum Film

Forming Temperature) The minimum temperature at which an applied coating forms a continuous *lm, as evidenced by the

visual lack of cracking or powdery appearance of *lm and *lm integrity, by testing the *lm on a

temperature gradient plate.

Modified Alkyd Modi*ed alkyds are those in which the polybasic acid is substituted in part by a monobasic acid, of

which the vegetable oil fatty acids are typical. Oligomer A polymer composed of molecules containing only two, three or a few repeating structural units.

Particle Size The average diameter of a distribution of particles, usually expressed in microns or nanometers.

Pigment Volume

Concentration (PVC) Ratio of the volume of pigment to the volume of total nonvolatile material (i.e., pigment and binder)

present in a coating. Pinholes Film defect characterized by small pore-like Gaws in a coating that extend entirely through the applied

*lm and have the general appearance of pin pricks when viewed by reGective light. Post Cure Embrittlement A process whereby a cured coating exhibits increasing embrittlement and decreasing impact

resistance with age. Pot Life The length of time a paint material is useful after its original package is opened or after catalyst or

other ingredients are added.



Glossary Term Definition Powder Coating Finely divided particles of organic polymer that generally contain pigments, *llers and additives and

which remain *nely divided during storage under suitable conditions. Precatalyzed Usually refers to a resin that has a catalyst already added by the resin manufacturer. This ensures

complete mixing of the catalyst with the resin and results in a resin that reacts faster than the uncatalyzed material.

Primer The *rst complete coat of paint of a painting system applied to a surface.

Profile Surface contour of a blast-cleaned or substrate surface, viewed from the edge.

Reactive Diluent A viscosity reducer for coatings that has low volatility and will become a permanent part of the coating

through chemical reaction. Sagging Downward moving of a paint *lm between the times of application and setting, resulting in an uneven

coating having a thick lower edge. Salt Spray Test Test applied to metal *nishes to determine their anticorrosive properties, involving spraying of common

salt (sodium chloride) solution on the surface of a coated steel panel. Shelf Life The period of time for which a material can normally be stored and still be in a usable condition.

Short Oil Alkyd Alkyd resin containing less than 40% oil in solids.

Sintering The tendency of some powder coatings to agglomerate over time, often due to being stored too long

at too high a temperature. Skydrol Resistance Product is resistant to hydraulic Guid Skydrol.

Surface Dry The premature drying of the surface of a liquid coating *lm so that the under portion is retarded in

drying. Syneresis The separation of liquid from a gel.

Tack-Free Freedom from tack of a coating after suitable drying time.

T-Bend Flexibility Test Simple method for determining the Gexibility of coatings by bending a coated metal test strip over

itself. A panel is bent and pressed Gat by means of a jig to achieve a 180° bend. Telegraphing Brush marks or other irregularities in the previous coat or substrate that show through the cured

topcoat. Tg The temperature at which materials in general change from either a hard glassy state to a softer,

rubbery state, or from a soft rubbery state to a harder glassy state. TGIC See Triglycidyl Isocyanurate.

TMA Trimellitic anhydride

Triglycidyl Isocyanurate A curing agent for resins containing carboxyl groups.

Two-Component Paint A coating that is manufactured in two components that must be maintained separately until shortly

before use. Uretdione A material containing uretdione linkages. These linkages are produced by two NCO groups reacting

with each other. The original NCO groups are then no longer available for reaction and are termed

“blocked.” The reaction is reversible, such that the application of suf*cient heat will cause the

regeneration of the original NCO groups, which can then react. The advantage of this type of blocking

is that there is no release of any blocking agent. VOC (Volatile Organic

Compound)

Any organic compound that participates in atmospheric photochemical reactions; that is, any organic

compound other than those that the EPA designates as having negligible photochemical reactivity. Weathering Behavior of paint *lms when exposed to natural weather or accelerated weathering equipment,

characterized by changes in color, texture, strength, chemical composition or other properties. Yellowing Development of a yellow color on aging.

Yellowing Resistance The resistance a coating has to turning yellow due to, for example, extended cure times at high

temperature, or the use of direct gas-*red curing ovens.



United States Canada Mexico

HORN 16050 Canary Avenue La Mirada, CA 90638 Phone: +1 800 442 4676 Fax: +1 714 670 6851 The M.F. Cachat Company 14725 Detroit Avenue Lakewood, OH 44107 Phone: +1 800 729 8900 Fax: +1 216 228 9916

Univar Specialties 62 Arrow Road North York, Ontario M9M 2L8 Canada Phone: +1 416 401 3340 Fax: +1 416 401 3345 The Caribbean, Central America, and South America

Andes Chemical Corporation 11125 N.W. 29th Street Doral, FL 33172 Phone: +1 305 591 5601 Fax: +1 305 591 5607

Quimica Rana, S.A. de C.V. Mexico City Miguel Angel de Quevedo #370 Col. Barrio de Santa Catarina Del. Coyoacan 04010 Mexico D.F. Phone: +52 55 5339 0800 Quimica Rana, S.A. de C.V. Monterrey Solidaridad #2004, Fracc. Unidad Nacional Santa Catarina, N.L. 66351 Mexico Phone: +52 81 8336 9309

99 East Cottage Avenue Carpentersville, IL 60110 www.pccrusa.com

® and ™ denote licensed trademarks of PCCR USA, Inc. All Resin Guide Photos © Rob Page III

DISCLAIMER The information provided herein was believed by PCCR USA, Inc. (“PCCR USA”) to be accurate at the time of preparation or prepared from sources believed to be reliable, but it is the responsibility of the user to investigate and understand other pertinent sources of information, to comply with all laws and procedures applicable to the safe handling and use of the product and to determine the suitability of the product for its intended use. All products supplied by PCCR USA are subject to PCCR USA’s terms and conditions of sale. PCCR USA MAKES NO WARRANTY, EXPRESS OR IMPLIED, CONCERNING THE PRODUCT OR THE MERCHANTABILITY OR FITNESS THEREOF FOR ANY PURPOSE OR CONCERNING THE ACCURACY OF ANY INFORMATION PROVIDED BY PCCR USA, except that the product shall conform to PCCR USA’s specifications. Nothing contained herein constitutes an offer for the sale of any product.


Quality Policy

Coating Resin Distributors

PCCR USA’s Quality Policy We create value for customers, employees and owners through:

External Focus: Understand and validate new market and competitive trends. Develop business processes to meet customer requirements. Bring innovative solutions to market.

Continual Improvement: Capture, institutionalize and share learnings. Adopt best practices to improve performance. Select projects that close the highest value gaps in the short, medium and long-term horizons.

Data-Driven Approach: Apply appropriate statistical and analytical tools using facts and data to make decisions, select projects and improve results.

Reliability: Provide consistent products and services to meet our customers’ needs. Invest to ensure reliable operations.

Leadership: Build a shared vision, ensure alignment, and create a motivating work environment.

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