INTRODUCTION We thank you for your interest in our range of products and services and hope that you find this catalogue helpful. We have tried to list as much relevant information as possible, but should you find that your particular requirements are not listed, then please contact our sales office who will be pleased to help. This catalogue is one of a set and should you require others in the series, please do not hesitate to call. Whilst every effort is made to ensure that the information is accurate and correct, the conditions under which Portmere Rubber products are used are beyond our control and therefore our recommendations are made without warranty or guarantee. Portmere Rubber reserve the right to change specifications without prior notice. We shall be pleased to accept your enquiry or order, whether large or small. Orders over any distance will be met from our two factories in the south of England. Portmere Rubber Ltd Victoria Street, Northam, Southampton, SO14 5QZ Tel: +44 (023) 8022 3628 Fax: +44 (023) 8022 3250
Transcript
INTRODUCTION
We thank you for your interest in our range of products and services and hope thatyou find this catalogue helpful.
We have tried to list as much relevant information as possible, but should you findthat your particular requirements are not listed, then please contact our sales office who will be pleased to help.
This catalogue is one of a set and should you require others in the series, pleasedo not hesitate to call.
Whilst every effort is made to ensure that the information is accurate and correct,the conditions under which Portmere Rubber products are used are beyond ourcontrol and therefore our recommendations are made without warranty or guarantee.Portmere Rubber reserve the right to change specifications without prior notice.
We shall be pleased to accept your enquiry or order, whether large or small. Orders over any distance will be met from our two factories in the south of England.
MEASUREMENT OF RUBBER PROPERTIES 5-2-1Property METHOD OF MEASUREMENT ASTM BS ISO
REFERENCE REFERENCE REFERENCERubber Elastomeric (I.e. rubbery or resilient) thermoset.Hardness Measured in degrees and based on the penetration into D2240 BS 903 // ISO 48
the rubber of a defined indentor under a set load. These D1415 Part A26 // ISO 1400scales are commonly used: IRHD (International Rubber // ISO 1818Hardness Degrees), Shore A, and Shore D for hardmaterials over 90o Shore A. IRHD is preferred for mostspecifications but Shore A is also in widespread use.
Tensile This is measured in various units and is expressed as D412 BS 903 // ISO 37Strength a force per unit area. A standard dumbbell type test Part A2
piece of known cross sectional area is used which isstretched until it breaks. The force required to do so is then recorded and expressed as force per unit area.
Elongation Elongation is defined as the length at breaking point D412 BS 903 // ISO 37expressed as a percentage of its original length ( I.e. Part A2length at rest) e.g. if a rubber reaches twice its length before breaking its elongation is 100%.
Modulus Modulus is measured as the force per unit area D412 BS 903 // ISO 37required to extend a rubber to a stated percentage of Part A2its original length e.g. to 100%, 200% or 300%. It isoften written as M100=3.0 Mpa (I.e. modulus at 100% =3.0 Mpa).
Compression A cylindrical button of rubber of known thickness is D395 BS 903 // ISO 815Set compressed to a fixed height (typically 70% or 75% of Part A6
its original height) at a defined temperature for a specified period of time. The button is then released,allowed to recover (typically for 30 mins) and the thickness is measured. Compression set is the height that is not recovered expressed as a percentage of the amount by which it was compressed.
Permanent Set A standard test piece of known length is stretched by a D412 BS 903 // ISO/R 1767(Tensile Set) stated percentage for a period of time and is then Part A5
released. After recovery the length is measured and the change in length (I.e. unrecovered length) is expressed as a percentage of extended length.
Density Density is defined as the mass per unit volume and is BS 903 /// ISO 2781(Specific measured by weighing the rubber sample in air and Part AGravity) water.
S.G =weight in air
weight in air - weight in waterResilience Resilience is measured on standard test equipment D1054 BS 903 // ISO/R 1767
(of which there are several types- e.g. Dunlop, D2637 Part A8Tripsometer, Lupke, Rebound). Standard test pieces are struck by the 'hammer' and the 'bounce back' of the hammer measured. This is expressed as a percentage of the flight path of the hammer.
Chemical This is usually expressed as the change in propertiesResistance (such as hardness, strength and elongation at break)
caused by the presence of chemicals under defined conditions (including concentration, time and temperature).
5-2-2 MEASUREMENT OF RUBBER PROPERTIESProperty METHOD OF MEASUREMENT ASTM BS ISO
REFERENCE REFERENCE REFERENCEFluid Fluid resistance is commonly measured by the effect of D471 BS 903 /// ISO 1817Resistance the fluid on the volume of the rubber expressed as a Part A16
volume change (e.g. + 100% indicates that the volumeof the rubber has doubled as a result of exposure tothe fluid ,- 10% indicates that the volume of rubber has decreased as a result of exposure to the fluid.) Volume change is measured by determining the weight of a sample in air and water before and after exposure tothe fluid under defined conditions.
(W3 -W4)-(W1-W2)Volume change (%) x100 (W1-W2)
Fluid resistance may also be defined in the same way as chemical resistance (above) I.e. by change inproperties of the rubber.W1 Wt in air (initial) W2 Wt in water (initial) W3 Wt in air (swollen)W4 Wt in water (swollen)
Weather Weather resistance is a fairly subjective test and it is D1171 BS 903Resistance necessary to state clearly the conditions under which Part A53
the exposure took place I.e. dates, geographic location, BS 903angle and direction of exposure relative to the sun etc. Part A54The properties of test pieces are measured before and BS 903after sun exposure and expressed as percentage Part A55changes (with the exception of hardness changeswhich are usually recorded in degrees). The change inany property may be measured but the most common are hardness, tensile strength, elongation at break andmodulus at 100% and 300%.
Ozone Ozone causes cracking in rubber. Test pieces are D1149 BS 903 /// ISO 1431/1Resistance usually placed under a small degree of tension e.g. by Part A43
bending round a mandril or stretching by 5%. Thesample is exposed under static conditions to a controlled atmosphere containing ozone (typically50pphm)The cracks are graded by standard photographs, by measurements or by description, e.g. 'visible under 10xmagnification' 'visible to the unaided eye' etc. Resultsmay be recorded as the time taken to reach a particular grade of cracking, or by the grade of crackingapparent after a fixed period of time.
Tear Tear strength is measured as the force is required to D624 BS 903 /// ISO 34Strength tear a standard test piece. The standard test pieces Part A3
are designed to produce weak points where a tear isinitiated.
Abrasion Abrasion properties of rubber are difficult to define. D394 BS 903Resistance Many different abrasion machines have been designed Part A9
but they do not always give similar results. The mostcommon abraders are AKRON, Dunlop and Du Pont.Results are recorded as volume loss per standard testpiece, or as the difference in volume loss when compared with a standard material of known abrasionvalue. Indices of relative abrasion are also used.
Tolerances for Specific Cut Lengths of HoseThese tolerances apply to hose which is made in conventional lengths and then cut tospecified shorter pieces.
Length Tolerancesmm Inch ± mm ± inch305 and under 12 and under 3.18 0.125305 through 610 over 12 through 24 4.80 1.188611 through 915 over 24 through 36 6.40 0.250916 through 1220 over 36 through 48 9.50 0.375
1221 through 1830 over 48 through 72 12.70 0.500over 1830 over 72 1% 1%
Tolerances for Hose Built to lengthWhen fittings or special ends are applied at time of manufacture, tolerance to overalllength.
Length TolerancesMetres Feet ± mm ± inch
1.5 and under 5 and under 25.40 1over 1.5 through 3.0 over 5 through 10 38.00 1.5over 3.0 through 6.0 over 10 through 20 64.00 2.5over 6.0 over 20 1% 1%
This British Standard specifies requirements for four non-black natural rubber compounds designatedW40, W50, W60, W70, three non - black natural rubber / zinc oxide compounds designated Y40, Y50,Y60 and five black natural rubber compounds designated Z40, Z50, Z60, Z70, Z80, according tovulcanised hardness as shown in the table below.
These high quality compounds are primarily intended to meet the requirements of Government departments for various rubber items in the form of mouldings, moulded or calendered sheet, and items cut or punched from sheet. They are for general purpose applications only and are not recommended when special properties are required such as improved ozone or heat resistance, freedom from tarnishing or corrosion of some metallic components ( copper, silver), long term low-temperature use, or seals in caster oil-based fluid systems.
The compounds do not necessarily have good electrical insulating properties.
Compound Designation
Designation Hardness degrees(IRHD) after vulcanisation
This British Standard specifies requirements for five chloroprene rubber vulcanisates designated C40 to C80 according to their hardness as shown in the table below.
These vulcanisates are primarily intended to meet the requirements of Government departments for rubber items in the form of extrusions, mouldings, sheet and items cut or punched from sheet, in whichresistance to weather and certain organic liquids is a necessary property, but stiffening at temperaturescan be tolerated. Compounds made to this specification may not have good electrical insulating properties.
Compound Designation
Designation Hardness degrees(IRHD)
C 40 40+5 −4
C 50 50+5 −4
C 60 60+5 −4
C 70 70+5 −4
C 80 80+5 −4
Compound C40 is not necessarily suitable for extrusion
These compounds are intended for the manufacture of items in the form of extrusions, mouldings, sheet and items cut or punched from sheet in which resistance to certain organic liquids, in particular hydrocarbon fuels and oils, is a necessary property, but where some stiffening at temperatures below -20 o c can be tolerated. They are primarily intended to meet many of the ordinary requirements of Government departments.
Compounds complying with the requirements of BS 2751 may not have good electrical insulating properties whereas vulcanisates complying with the requirements of BS 3222 are available withspecific electrical properties.
Calendering Producing rubber in continuous sheets by processing it through a series of rollers.
Compound A general word used to describe a particular formulation or 'recipe', or as a descriptive term for unvulcanised rubber in general. It is used in such applications as 'Compounding ingredients', 'Compound no. XYZ', etc.
Compression Set The degree to which a rubber does not recover fully to its original stateafter it has been compressed for a long period of time.
Curing Also known as vulcanisation, this is the permanent change which the rubber undergoes during moulding. When mixed, rubber compounds arethermoplastic and will melt and deform easily. After curing, the rubberis heat stable.
Elastomer General term used to describe all natural and synthetic polymeric materials which have rubbery or 'elastic' properties.
Extrusion Producing continuous lengths of rubber with a constant profile by forcingit through a die under pressure and vulcanising it. Harboro does not specialise in this sector of the industry.
Heat Ageing Also known as 'accelerated ageing'. Rubber materials are often tested for shorter times at higher temperatures to predict what willhappen over longer times and at lower temperatures.
Modulus The relationship between stress (force) and strain (extended length).Modulus is usually given as the stress (or force) required to extenda rubber.
Polymer General term used to describe all rubbers and plastics. In fact, it is thechemical term used to describe all organic materials which are formed from chains of repeated chemical units.
Resilience The technical term used to describe 'bounce' or 'snap'. Increasing resilience means an increasing 'bounciness'.
Set The degree to which a rubber does not fully recover to its original shapeafter it has been deformed for a long period of time. Also calledpermanent set'.
Thermoplastic Any material which melts on heating and resets on cooling. This melting and refreezing can be repeated indefinitely.
Vulcanisation The permanent chemical change that a rubber undergoes on heatingtogether with chemicals. The chemicals which accomplish this changeare called 'vulcanising agents'.
Acetal C C G D C C G D EAcetaldehyde C D E D C C E D EAcetamide C C E G G G E G EAcetate Solvents C D C D D D C D EAcetic Acid 10% G G G G C C G C EAcetic Acid 30% D D G D C G E C EAcetic Acid 50% D D G C C D E D EAcetic Acid Glacial D D G D C D G D EAcetic Anhydride D D G D D D G D EAcetic Ester (Ethyl Aceate) D D G D D D G D EAcetic Ether(Ethyl Acetate) D D G D D C G D EAcetic Oxide(Acetic Anhydride) D D G D D D G D EAcetone G C E D C C E D EAcetophenone C D E D D D E D EAcetyl Acetone G D G D D D G D EAcetyl Chloride D D C D D D C G GAcetylene D D E E G G G E EAcrylonitrile C D D D C C D D EAir E E E E E E E E EAlcohols, Aliphatic E G E E E E E C EAlcohols Aromatic C D D C C D D E EAlk Tri (Trichloroethylene) D D D D D D D E EAllyl Alcohol E G E E E E E G EAllyl Bromide D D D D D D D G GAllyl Chloride D D D D D D D G GAlum (Aluminium Potassium Sulphate) E E E E E E E E EAluminium Acetate C C E C C G E E EAluminium Chloride E E E E E E E E EAluminium Fluoride E E E E E E E E EAluminium Hydroxide E E E E E E E E EAluminium Nitrate E E E E E E E E EAluminium Phosphate E E E E E E E E EAluminium, Sulphate,Ammonia, Anhydrous E C E E E G E D E
5-7-1
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Ammonia, Liquid G G E E E E E E EAmmonia, in Water G G G G G G E G EAmmonia Gas (Cold) E - E E E E - - DAmmonia Gas (150F) C - C C G - - - DAmmonium Carbonate E E E C E E E E EAmmonium Chloride E E E E E E E E EAmmonium Hydroxide G G E G G E G G EAmmonium Metaphosphate E E E E E E E E EAmmonium Nitrate G E E E E E E E EAmmonium Nitrite E E E E E E E E EAmmonium Persulfate E D E D E E E E EAmmonium Phosphate E E E E E E E E EAmmonium Sulphate E E E E E E E E EAmmonium Sulphide E E E E E E E E EAmmonium Sulphite E E E E E E E E EAmmonium Thiocyanate E E E E E E E E EAmmonium Thiosulphate E E E E E E E E EAmyl Acetate C D G D D D G D EAmyl Acetone D D G D D D G D EAmyl Alcohol E E E E E E E E EAmylamine G G G G G C G D EAmyl Borate D D D E E C D E EAmyl Chloride D D D D D D D E EAmyl Chloronapthalene D D D D D D D E EAmyl Napthalene D D D D D D D E EAmyl Oleate D D G D D D G C EAmyl Phenol D D D D D D D E EAnethole D D D D D D D G GAniline D D G D C C D G EAniline Dyes G G G C G G G G EAnilineHydrochloride G C G G D D G E EAnimal Fats D D G E G G G E EAnimal Grease D D D G G D C E EAnimal Oils D D G E D D C E EAnsul Ether D D C C D D C D E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Antifreeze(Ethylene Glycol) E E E E E E E E EAntimony Chloride - - E G - - - - EAntimony Trichloride D D E G G G G E EAntimony Pentachloride D D C D D D C E GAqua Regia D D D D D C C G -Aromatic Hydrocabons D D D C D D D E EArquad E E E E E E E E EArsenic Acid E E E E E E E E EArsenic Chloride D D G D G D G D -Arsenic Trichloride D D G D G D G D -Asphalt D D D E G D D E GASTM #1 Oil D D D E E G D E EASTM #2 Oil D D D E G C D E EASTM #3 Oil D D D E G C D E EAviation Gasoline D D D E C D D E EBardol B D - D D D - - - CBarium Carbonate E E E E E E E E EBarium Chloride E E E E E E E E EBarium Hydroxide E E E E E E E E EBarium Sulphate E E E E E E E E EBarium Sulphide E E E E E E E E EBeet Sugar Liquors E E E E E E E E EBenzaldhyde D D G D D D G D EBenzene (Benzol) D D D C C D D E EBenzene Sulfonic Acid D D D G E E C E EBenzine Solvent (Ligroin) D D D E E C D E EBenzoic Acid D D G D G G G E EBenzoic Aldehyde D D D D D D D D EBenzotrichloride D D D D D D D G GBenzoyl Chloride D D D D D D D G GBenzyl Acetate D D G D D G G D EBenzyl Alcohol G G G D G G G E EBenzyl Benzoate C - E D D - - - EBenzyl Chloride D D C D D D D E EBichromate of Soda(Sodium Dichromate) D D E D G G C E EBismuth Carbonate E - E E E E - - E
5-7-3
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Black Sulphate Liquor G G E G E G E E EBlast Furnace Gas D D C C G G C E EBleach Solutions D D G D D C G G GBorax G G E G E E E E EBordeaux Mixture G G E E E E E E EBoric Acid E E E E E E E E EBrandy E - E E E E - - -Brine E E E E E E E E EBromine D D D D D C D C EBromine Water D D G C G E G E EBromobenzene D D D D D D D G -Bunker Oil D D D E G D D E EButane REFER TO SUPPLIERButanol (Butyl Alcohol) E E E E E E E E EButadiene D D D D C G D E E1-Butene (AliphaticHydrocarbon 95F) D - D - E - - - E1-Butene, 2-Ethyl (95F) D - D - G - - - EButter (Non FDA) C C G E E E G E EButyl Acetate D D G D D D C D En-Butyl Acetate C - - D D D - - DButyl Acetate Recinoleate C - - E D - - - CButyl Acrylate D D D D D D D D EButylamine G C C C D C C D EButyl Benzene D D D D D D D E EButyl Bromide D D D D D D D G -Butyl Butyrate D D C D D D G C -Butyl Carbitol D D E G G G E E EButyl Cellosolve D D E G G G E D EButyl Chloride D D C D D D D E GButyl Ether D D C G G G C D EButyl Oleate D D G D D D G E EButyl Phthalate D D C D D D C C EButyl Stearate D D C G D D C E EButyraldehyde C D D D D D D D EButyric Acid C D C C C G C C EButyric Anhydride C D C C D G C C E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Cadmium Cyanide - - E - E - - - ECalcium Acetate C D E D D D E D ECalcium Bisulphate E E E E E E E E ECalcium Bisulphite E E E E E E E E ECalcium Carbonate E E E E E E E E ECalcium Chlorate E - E E E E - - ECalcium Chloride E E E E E E E E ECalcium Fluorophosphate - - E - E - - - ECalcium Hydroxide E G E G E G E C ECalcium Hypochlorite D D G D D C G E -Calcium Nitrate E E E E E E E E ECalcium Sulphate E E E E E E E E ECalcium Sulphite E E E E E E E E ECaliche Liquor (CrudeSoldium Nitrate) E E E E E E E E ECane Sugar Liquors(Non FDA) E E E E E E E E ECarbitol E E E E E E E E ECarbitol Acetate D D E D E G G G ECarbolic Acid (Pheno) D D G C C C G E ECarbon Bisulphide SEE CARBON DISULFIDECarbon Dioxide E E E E E E E E ECarbon Disulfide D D D D D D D E ECarbonic Acid E E E E E E E E ECarbon Monoxide E E E E E E E E ECarbon Tetrachloride D D D C D D D E -Castor Oil C D G E G C G E ECaustic Potash (Potassium Hydroxide) E G E E G E E C ECaustic Soda(Sodium Hydroxide) E G E E E E E C ECellosolve D D G G E G G C ECellulose Acetate C D G D C C G D -Cellulube C D G D D D E C EChina Wood Oil(Tung Oil) D D G E G G G E EChlorine Dioxide D D D D D C D E -Chlorine Gas (Dry) C C C C D G C G -
5-7-5
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Chlorine,Water Solns C D C D D G C E EChloroacetic Acid G D C D D D C C EChloroacetone D D G D D D C D EChlorobenzene D D D D D D D E -Chlorobromomethane D - D D D D - - EChlorobutane D D D D D D D E -Chlorobutadiene D D D D D D D E -Chloroform D D D D D D D E -o-Chloronapthalene D - D D D - - - EChlorinated Hydrocarbons D D D D D D D E -Chloropentane D D D D C D D E EChlorophenol D D D D D D D G GChloropropanone D D C D D D C D EChlorosulfonic Acid D D D D D C D D GChlorothene(Trichlorothane) D D D D D D D E GChlorotoluene D D D D D D D E GChromic Acid D D D D D E C C ECitric Acid E E E G G E E E ECoal Oil D D D E G D D E ECoal Tar D D D E G G G E ECoal Tar Naptha D D D C C D D E EColbalt Chloride E E E E E E E E ECoconut Oil D D G E G G E E ECod Liver Oil D D E E G G E E ECoke Oven Gas D D C D D G D E ECopper Arsenate E E E E E E E E ECopper Chloride E E E E E E E E ECopper Cyanide E E E E E E E E ECopper Nitrate E E E E E E E E ECopper Nitrite E E E E E E E E ECopper Sulphate C E E E E E E E ECopper Sulphide C E E E E E E E ECorn Oil D D G E G G G E ECottonseed Oil D D E E G E E E ECreosote (Wood) D D D G C C D E ECreosote (Coal Tar) D D D G C C D E ECresols D D D C C C D E E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Cresylic Acid D D D C C C D E ECrotonaldehyde D D E D D D C D ECrude Oil D D D E G D D E ECryolite 10%(Alum/Sodium Floride) - - E G E - - - ECumene D D D C C D D E ECupric Carbonate C C E G G G E E ECupric Chloride C C E E G E E E ECupric Nitrate C C E E G E E E ECupric Nitrite C C E E G E E E ECupric Sulphate C G E E G G E E ECyclohexane D D D G D D D E ECyclohexanone D D D D D D D C ECyclohexanol D D D G G D D G ECyclopentane D D D C D D D E Ep-Cymene D D D C D D D E EDT in Kerosene D D D E G C D E EDecaline D D D D D D D E EDeionised Water* E E E E E E E E EDecane D D D G D D D E EDetergent Solutions G G E E E E E E EDiacetone Alcohol D D E D D G G D EDiamylamine G C E G E C C G EDibenzyl Ether D D D D D D D C EDibenzyl Sebacate C D G D D C G G EDibromobenzene D D D D D D D E GDibutylamine G C C G E C G D EDibutylether D D D D D D G C EDibutylphthalate D D G D D D E D EDibutyl Sebacate D D G D D D G D GDicalcium Phosphate E E E E E E E E EDichloroacetic Acid D D C D D D C C EP-Dichlorobenzene D D D D D D D E EDichlorobutane D D D D D D D E EDichloroisopropyl Ether D D C D D D C C EDicyclohexylamine D D D C D D C C GDichlorodifluoromethane(Freon 12) D D D G D D D G E
5-7-7
* Teflon is not recommended here dionization levels are critical
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Dichloroethane D D D D D D D E EDichloroethylene D D D D D D D E EDichloroethyl Ether D D D D D D D C EDichlorohexane D D D D D D D E EDichloromethane D D D D D D D E EDichloropentane D D D D D D D E EDieidrin In Xylene D D D D D D D E EDieidrin in Xylene andWater Spray D D D G G D D E EDiesel Oil D D D E G C D E EDiethanolamine G C G G G C C G EDiethylamine G C G G G C C D EDiethyl Benzene D D D D D D D E EDiethyl Ether D D D G C C C D EDiethylene Dioxide D D G D D D G D EDiethylene Glycol E E E E E E E E EDiethylenetriamine G G E G G C E C EDiethyl Phthalate D D D E D D G C EDiethyl Sebacate D D D E D D G C EDiethyl Sulphate D D G D D D G C EDiethyl Triamine G C E G G C G C EDihydroxyethyl Amine G C E G G C G C EDiisolbutylene D D D E G D G E EDiisobutyl Ketone D D D G D D G D EDiisodecyl Adipate D D E D D C E C EDiisodecyl Phthalate D D E D D C E C EDiisooctyl Adipate D D E D D C E C EDiisooctyl Phthalate D D E D D C E C EDiisopropanol Amine G C E G G C E C EDiisopropyl Benzene D D D C D D D E EDiisopropyl Ether D D D G C D D G EDiisopropyl Ketone D D E DD D D E D EDilauryl Ether D D D D D D D C EDimethylamine G C E G G C E C EDimethyl Benzene D D D D D D D E EDimethylaniline D D D D D D C D GDimethylformamide (DMF) C C C D C C C D E
* Teflon is not recommended where deionization levels are critical
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Dimethyl Ketone (Acetone) G C E D C C E D EDimethyl Phthalate D D E D D D G C EDimethyl Sulphate D D D D D D D D EDimethyl Sulphide D D D D D D D C GDinitrobenzene D D C D C D C E EDinitrotoluene D D D D D D D C EDioctyl Adipate (DOA) D D G D D D G C EDioctylamine G G E G G C G C EDioctyl Phthalate (DOP) D D G D D D G E EDioctyl Sebacate (DOS) D D G D D D G G EDioxane D D G D D D G D EDioxolane D D C D D D G C EDipentene (Limonene) D D D C D D D E EDiphenyl (Biphenyl) D D D D D D D E EDipropyl Ketone D D G D D D G D EDisodium Phosphate E E E E E E E E EDivinyl Benzene D D D D D D D E EDMP (Dimethyl Phenols) D D D D D D D D -Dodecyl Benzene D D D D D D D E EDiphenyl Oxide (Phenyl Ether) D D D D D C D E EDipropylamine G G E G G C E C EDipropylene Glycol E E E E E E E E EDodecyl Toluene D D D D D D D E EDowfume W40,100% D D D D C C C C -Dow-Per (Perchloroethylene) D D D C D D D E EDowtherm Oil, A and E D D D D D C D E EDowtherm SRI E E E E E E E E EDry Cleaning Fluids D D D C D D D E GEpichlorohydrin D D G D D C G D GEthanol (Ethyl Alcohol) E E E E E E E E EEthanolamine G C G G G C G D EEthers D D C D D C D C EEthyl Acetate D D G D D C G D EEthyl Acetoacetate D D G D D D G D EEthyl Acrylate D D C D D D D D G
5-7-9
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Ethyl Benzene D D D C D D D E EEthyl Benzoate D D G G C C G C EEthyl Butyl Alcohol E E E E E E E G EEthyl Butyl Amine G C E G G C G G EEthyl Butyl Ketone D D G D D D G D EEthyl Butyrate C - - D D D - - CEthyl Cellulose G G G G G G G D EEthyl Chloride C C D C C D D E EEthyl Diochloride D D D D D D D G GEthylene D D D E G C D E EEthylene Bromide D D D D D D D E GEthylene Chloride D D D D D D D E GEtheyleneChlorohydrin C - E D E - - - CEthylene Diamine G C E G E C E D EEthylene Dibromide D D D D D D D G GEthylene Dichloride D D D D D D D G GEthylene Glycol E E E E E E E E EEthylene Oxide D D C D D D C D -Ethylene Trichloride(Trichloroethylene) D D D C D D D E GEthyl Ether D D D C D D D D EEthyl Formate D D G D D D C D EEthyl Hexanol E E E E E E E G EEthyl Mercaptan D - D D D - - - CEthyl Methyl Ketone C D G D D D G D EEthyl Oxalate E E E D D D G C EEthyl Pentaclorobenzene D - D C D - - - EEthyl Phthalate D D E D D D G C EEthyl Propyl Ether D D D D D D D C EEthyl Propyl Ketone D D G D D D G D EEthyl Silicate C C E E E E E E EEthyl Sulphate D D G D D D G D EEX TRI (Trichloroethylene) D D D C D D D E GFatty Acids D D D G G G C E EFerric Bromide E E E E E E E E EFerric Chloride E E E E E E E E EFerric Nitrate E E E E E E E E E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Ferric Sulphate E E E E E E E E EFerrous Acetate D D E D D D G D EFerrous Ammonium Sulphate E E E E E E E E EFerrous Chloride E E E E E E E E EFerrous Hydroxide G C E G E G E C EFerrous Sulphate E E E E E E E E EFluorobenzene D - D D D - - - EFluoroboric Acid E C E E G E E C EFluorine (Liquid) D D D D D D D D -Fluosilicic Acid G G E G G E G E EFormaldehyde (Formalin) C C E G G G G E EFormamide E E E E E E E D EFormic Acid G G E C C C C D GFreon 11* D D D E G E D E EFreon 12* D D D G C D C G GFreon 13* E E E E E E E E EFreon 21* D D D D G D D D EFreon 22* D D E D E D G D EFron 31* G G E D E G E D EFreon 32* E E E E E E E C EFreon 112* D D D G G G D E EFreon 113* C G D E E E D G EFreon 114* E E E E E E E G EFreon 115* E E E E E E E G EE E E E E E C E D EFreon 152a* E E E E E E E E EFreon 218* E E E E E E E E EFreon C316* E E E E E E E E EFreon C318* E E E E E E E E EFreon 13B1* E E E E E E E E EFreon 114B2* D C D G E E D G EFreon 501* E E E G E E E G EFreon TF* C G E E E E D E EFreon T-WD602* C G E E G G G E EFreon TMC* G C G G G G G E EFreon T-P35* E E E E E E E E EFreon TA* E E E E E E E C E
5-7-11
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Freon TC* D G E E E E G E EFreon MF* D G D E C G D E EFreon BF* D D D G G G D E EFuel Oil D D D E G C D E EFuel, ASTMA D D D E E C D E EFuel, ASTMB D D D E G C D E EFuel , ASTMC D D D G C D D E GFumaric Acid E E D E G G D E EFuran D D C D D D C D EFufural D D G D C G D EFufural Alcohol D D C D C C C D EGallic Acid E E G G G G G G EGasoline, Reg D D D E E C D E EGasoline, Hi-Test D D D E G D D E EGasoline, Lead Free D D D G G D D E EGelatin E E E E E E E E EGluconic Acid D D C C C G C E EGlucose E E E E E E E E EGlue E E E E E E E E EGlycerine (Glycerol) E E E E E E E E EGycols E E E E E E E E EGrease D D D E G C D E EGreen Sulphate Liquor E E E E G E E G EHalowax Oil D D D D D D D E EHeptachlor in PetroleumSolvents D D D G G D D E EHeptachlor in Petroleum Solvents, Water Spray D D D G G D D E EHeptanal (Heptaldehyde) D D D D D D G D EHeptane D D D E E G D E EHeptane Carboxylic Acid D D C C G G C E EHexaldehyde D D G D G C G D EHexane D D D E E C D E EHexene D D D G G C D E EHexano (Hexyl Alcohol) E E E E E E E E EHexylamine G C G G G C G D EHexylene D D D E G D C E GHexylene Glycol E E E E E E E E E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Hexyl Methyl Ketone D D G D D D G D EHi-Tri (Trichioroethylene) D D D C D D D E GHydraulic Fluid (Petroleum) D D D E G G D E EHydraulic Fluid (Phosphate Ester Base) D D E D D D E D EHydraulic Fluid (Poly Alkylene Glycol Base) G G E E E E E E EHydrazine - - - - - - E D -Hydrobromic Acid E D E D C E G E EHydrochloric Acid 37% E G E C C E G E EHydrochloric Acid 50% E C G D D E C E EHydrochloric Acid 100% G C C D D G C C EHydrocyanic Acid G C E G C E G G EHydrofluoric Acid G D G D C E G G EHydrofluosilic Acid E D E D C E G G EHydrogen Gas G G E E E E G E EHydrogen Peroxide, 3% E G E G C E G E EHydrogen Peroxide, 10% D D C D C C C E EHydrogen Peroxide, 30% D D D D D D C E EHydrogen Peroxide, 90% D D D D D D C G GHydrogen Sulphide D D E D E G E E EHydroquinone G G G D D C G D EHypochlorous Acid G G G D G E G E EInk Oil (Linseed Oil Base) D D G G G G G E EInsulating Oil D D D E G D D E EIodine D D D D D C D C EIron Acetate D D E D D D G D EIron Hydroxide C C E G E G G C EIron Salts E E E E E E E E EIron Sulphate E E E E E E E E EIron Sulphide E E E E E E E E EIsoamyl Acetate D D E D D D G D EIsoamyl Alcohol E E E E E E E E EIsoamyl Bromide D D D D D D D G GIsoamyl Butyrate D D C D D D C D GIsoamyl Chloride D D C D D D D G G
5-7-13
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Isoamyl Ether D D D D D D D D EIsoamyl Phthalate D D E D D D G C EIsobutane D D D E E D D E EIsobutanol (Isolbutyl Alcohol) E E E E E E E E EIsobutyl Acetate D D E D D D G D EIsobuty Aldehyde C D G D D D G D EIsolbutyl Amine G C G D D C G D EIsobutyl Bromide D D D D D D D G GIsolbutylin-Butyrate - - - - D - - - CIsobutyl Carbinol E E E E G E E G EIsobutyl Chloride D D D D D D D G GIsobutylene D D D C C D D E EIsocyanates C D G D D C G C GIsododecane D - - E E E - - EIsoctane D D D E E G D E EIsopentane D D D E E D D E EIsopropyl Amine G C E G E C G D EIsopropyl Acetate D D E D D C G D EIsopropyl Alcohol(Isopropanol) E E E E E E G G GIsopropyl Amine G D G C E C G D EIsopropyl Benzene D D D D D D D E EIsopropyl Chloride D D D D D D D G GIsopropyl Ether D D D C D C D D EIsopropyl Toluene D D D D D D D E EJet Fuels (JP1-JP6) D D D E G C D E EKerosene D D D E G C D E EKetones G G G D D D G D ELactic Acid G G G E E E G E ELacquers D D D D D D D D ELacquer Solvents D D D D D D D D ELard D D D E G D C E ELauryl Alcohol E E E E E E E G ELead Acetate D D E C C D G C ELead Nitrate E E E E E E E E ELead Sulfamate G C E G E G E E ELead Sulphate E E E E E E E E E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Ligroin D D D E E D D E ELime Water D D E C E E E E ELime-Sulphur G - C E E G - - ELinseed Oil D D E E G G G E ELindol (TricresylPhosphate) D D E D D D E E ELinoleic acid - - - G D - - - ELiquid Soap E E E E E E E E ELiquified Petroleum Gas D D D E G D D E ELubricating Oils D D D E G C D E ELye (Sodium Hydroxide) E G E G E E E D EMagnesium Acetate D D E D D D G D EMagnesium Ammonium Sulphate - - E - E - - - EMagnesium Carbonate E E E E E E E E EMagnesium Chloride E E E E E E G E EMagnesium Hydrate E G E G E G E G EMagnesium Hydroxide E E E E E E G E EMagnesium Nitrate E E E E E E E E EMagnesium Oxide - - E - E - - - EMagnesium Sulphate E E E E E E E E EMalathion 50 inArmomatic Solvents D D D C C D D E EMalathion 50 inArmomatic Solvents, Water Spray D D D E E D D E EMaleic Acid D D C D C D C E -Maleic Anhydride D D C D C D C E EMalic Acid E G D G C C G D EManganese Sulphate E E E E E E E E EManganese Sulphide C E E E G E G E EManganese Sulphite C E E E G E G E EMercuric Chloride G G G C C G C E EMercuric Cyanide E - E E G E - - EMercurous Nitrate E - E E E E - - EMercury G G E E G E E E EMesityl Oxide D - D D D D - - CMethane D D D E G G D E E
5-7-15
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Methyl Acetate C D G D D D G D EMethyl Acrylate C D G D C D G D EMethacrylic Acid D D G D G C G G EMethyl Alcohol (Methanol) E E E E E E E C EMethyl Benzene (Toluene) D D D D D D D E EMethyl Bromide D D G G D D G E EMethyl Butyl Ketone D D G D D D G D EMethyl Cellosolve D D G C G C G D EMethyl Chloride D D D C D D D G GMethyl Cyclohexane D D D D D D D G GMethyl Cyclopentane - - - - G - - - EMethylene Bromide D D D D D D D G GMethylene Chloride D D D D D D D G EMethyl Ethyl Ketone(MEK) G D G D D D G D EMethyl Formate C C G D G C G C GMethyl Hexanol E E E E E E E G EMethyl Hexyl Ketone D D G D D D G D EMethyl Isobutyl Carbinol G C E G G G E G EMethyl Isobutyl Ketone (MIBK) D D G D D D G D EMethyl Isopropyl Ketone D D G D D D G D EMethyl Propyl Ether D D D D D D D D EMethyl Propyl Ketone D D G D D D G D EMethyl Methacrylate D D D D D G D D GMethyl Salicylate D D G D D D G C GMilk C - C G G E - - EMineral Oil D D E G G D E EMineral Spirits D D D E G D D E EMonobromobenzene - - D D - - - - EMonochlorobenzene D D D D D D D E EMonochlorodifluoro-methane (Freon 22) D D E D E D E D EMonoethanolamine G C G C G G G D EMonomethylether G G E E E C E D EMonovinyl Acetate D D G D D C C E E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Motor Oil D D D E E D D E EMuriatic Acid (SEE HCL 37%)Naptha D D D E G D D E ENapthalene D D D D D D D E ENapthenic Acid D D D C D D D E ENatural Gas C - C E E E - - ENeatsfoot Oil D D G E G G G E ENeu-Tri(Trichloroethylene) D D D C D D D E GNickel Acetate D D E D D D G D ENickel Ammonium Sulphate - - E - E - - - ENickel Chloride E E E E E E E E ENickel Nitrate E E E E E E E E ENickel Plating Solution E D G G C G G E ENickel Sulphate E E E E E E E E ENicotine Bentonite - - - G - - - - CNicotine Sulphate - - - G - - - - CNiter Cake E E E E E E E E ENitric Acid 10% D D G D C G G E ENitric Acid 20% D D G D D G C E ENitric Acid 30% D D G D D C C E GNitric Acid 30-70% D D C D D D D C -Nitric Acid, Red Fuming D D D D D D D D -Nitrobenzene D D D D D D D G ENitrogen Gas E E E E E E E E ENitrogen Tetraoxide D D D D D D D D -Nitromethane G G G D C C G D ENitropropane C C E D C C G D ENitrous Oxide E E E E E E E E EOctadecanoic Acid D D G E G D C C EOctane D D D E G D D E GOctanol (Octyl Alcohol) G G G G E G G E En-octrne-2 - - - - C - - - EOctyl Acetate D D E D D D G D EOctyl Amine C C G C G C G D EOctyl Carbinol E E E E E E E G EOctylene Glycol E E E E E E E E E
5-7-17
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Oil, Petroleum D D D E E C D E EOil, ASTM #1 D D D E E G D E EOil, ASTM #2 D D D E E C D E EOil, ASTM #3 D D D E G C D E EOleic Acid D D G G C C G C EOleum (Fuming Sulphuric Acid) D D D D D D D D -Olive Oil (Non FDA) D D G E G G G E EOrthodichlorobenzene D D D D D D D E GOxalic Acid C C E G C G E C EOxygen, Cold G G E G G G G E EOxygen, Hot D D D D D D D G EOzone D C G D G E E E EPaint Thinner (Duco) D D D D D D D C EPalmitic Acid D D G E G G G E GPalm Oil D D E E G G G E EPapermaker's Alum E E E E E E E E EParadichlorobenzene D D D D D D D E GParaffin D D D E E D D E -Paraformaldehyde D D G G G G G C EPeanut Oil D D C E G G D E EPentachlorophenol D - D D D - - - EPentane D D D E E G D E En-Pentane,2-Methyl,3-Methyl - - - - E - - - EPentene-2, 4-Methyl - - - - G - - - EPerchloroethylene D D D C D D D E GPerchloric Acid G G G D E E G E EPermachlor(Degreasing Fluid) - - - D - - - - CPetrolatum D D D E E C D E EPetroleum, Crude D D D E G D D E EPetroleum Ether(Naptha) D D D E E D D E EPetroleum Oils D D D E E C D E EPhenol C C G D C C C E EPhenolates (di-nitrols) D - - D D - - - GPhenois (di-nitrols) E - - D G - - - G
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Phenolsulphonic Acid D D C D C D C E GPhenyl Chloride D D D D D D D E EPhenyl Ethyl Ether D - D D D - - - CPhenylhydrazine C D G D D C C E EPhorone D D E D D D G C EPhsophate Esters D D E D D D E C EPhosphoric Acid 10% E E E E E E E E EPhosphoric Acid 10-85% C C E C G E E E EPhosphorous Trichloride D D E D D D E E EPickling Solution C C C C C C C G EPiric Acid, Molten C C C C C G C C -Picric Acid, Water Soln E C E G G E G C EPinene D D D E D D D E EPine Oil D D D C C D D G EPiperidine D D D D D D D D GPitch D D D G G C D C EPlating Solutions Chrome D D E G G C E E EPlating Solutions , Others E E E G G C E G EPolyvinyl Acetate Emulsion (PVA) C C E C G G E C EPolyethelene Glycol E E E E E E E E EPolypropelene Glycol E E E E E E E E EPotassium Acetate D D E D D D G D EPotassium Bicarbonate E E E E E E E E EPotassium Bisulphate E E E E E E E E EPotassium Bisulphite E E E E E E E E EPotassium Borate E - E E E E - - EPotassium Bromide E - E E E E - - EPotassium Carbonate E E E E E E E E EPotassium Chlorate E - E E E E - - EPotassium Chloride E E E E E E E E EPotassium Chromate D D E D C C G E GPotassium Cyanide E E E E E E E E EPotassium Dichromate D D E D G C G E EPotassium Hydrate E G E G G G E C EPotassium Hydroxide E E E E G E E D EPotassium Iodide - - E - E - - - EPotassium Nitrate E E E E E E E E E
5-7-19
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Potassium Ntrite - - E - E - - - EPotasssium Permanganate D D E D D D E E EPotassium Phosphate - - E - E - - - EPotassium Silicate E E E E E E E E EPotassium Sulphate E E E E E E E E EPotassium Sulphide E E E E E E E E EPotassium Sulphite E E E E E E E E EPotassium Thiosulphate - - E - E - - - EProducer Gas D D D E G G D E EPropanediol E E E E G E E E EPropyl Acetate D D G D D D G D EPropyl Alcohol (Propanol) E E E E E E E E EPropyl Aldehyde C D G D D D G D EPropyl Chloride D D C D C D C G GPropylene Diamine G G E G G C G C EPropylene Dichloride D D D D D D D G GPropylene Glycol E E E E E E E E EPydraul Hydraulic Fluides D D G D D D G C GPyranol D D D C D D D E EPyrdine D D G D D D G D EPyroligneous Acid C C G C G G G E EPyrrole C G G D D D C C ERape See Oil D D E G G G G E GRed Oil (CrudeOleic Acid) D D G G G G G E ERichfield A Weed Killer 100% D D D D D D D C GRichfield B WeedKiller 33% D D G G G C D C GRosin Oil D D D E E G D E ERotenone and Water E E E E E E E E ERum E - E E E E - - -Sal Ammoniac (Ammonium Chloride) E E E E E E E E ESalicylic Acid E G E D D E E E ESalt Water (Sea Water) E E E E E E E E ESecondary Butyl Alcohol E - E E E - - - E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Sewage C C C E G E G E EShell DD D - D D D - - - CSilicate of Soda (Sodium Silicate) E E E E E E E E ESilicone Greases E E E E E E E E ESilicone Oils E E E E E E E E ESilver Nitrate E E E E E E E E ESkelly Solvent D D D E G C D E ESkydrol Hydraulic Fluids D D E D D D E D ESoap Solutions E E E E E E E E ESoda Ash (SodiumCarbonate) E E E E E E E E ESoda , Caustic (SodiumHydroxide) E G E G E E E D ESoda, Lime E G E G G G E C ESoda Niter(Sodium Nitrate) E E E E E E E E ESodium Acetate D D E D D D G D ESodium Aluminate E E E E E E E E ESodium Bicarbonate E E E E E E E E ESodium Bisulphate E E E E E E E E ESodium Bisulphite E E E E E E E E ESodium Borate E E E E E E E E ESodium Carbonate E E E E E E E E ESodium Chloride E E E E E E E E ESodium Chromate D D E D C C G C GSodium Cyanide E E E E E E E E ESodium Dichromate D D E D C C G C ESodium Fluoride E E E E E E E E ESodium Fluraluminate 10% E - E E E E - - ESodium Hydroxide E G E G E E E D ESodium Hypochloride C - C C C E - - ESodium Hypochlorite C D G D D C G E GSodium Iodide - - E - E - - - ESodium Metaphosphate E E E E G G E E ESodium Nitrate E E E E E E E E ESodium Nitrite E E E E E E E E ESodium Perborate C D E D D D G E E
5-7-21
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Sodium Peroxide G G E G G G E E GSodium Phosphate E E E E E E E E ESodium Salts E - E - E E - - ESodium Silicate E E E E E E E E ESodium Sulphate E E E E E E E E ESodium Sulphide E E E E E E E E ESodium Sulphite E E E E E E E E ESodium Thiosulphate E E E E E E E E ESoybean Oil D D G G G G G E EStannic Chloride E E G E E E E E EStannous Chloride E E E E E E E E EStannous Sulphide E E E E E E E E EStearic Acid D D G E G G C E EStoddards Solvent D D D E C D D E EStyrene D D D D D D D G ESugar Solutions (Sucrose) Non FDA E E E E E E E E ESulphamic Acid C C E G G G E E ESulphite Liquors G G E G G E G G ESulphonic Acid D D D D D D D D GSulphur (Molten) D D G C C C C E -Sulphur Chloride D D D D D G D E GSulphur Dioxide C C G D G G C E ESulphur Hexafluoride E E E E E E E E ESulphur Trioxide D D G D D D C E GSulphuric Acid 25% G G G G E E G E ESulphuric Acid 25-50% G D E D C E G E ESulphuric Acid 50-96% D D C D C G G E ESulphuric Acid Fuming D D D D D D D D GSulphurous Acid G C G C G E G E ETall Oil D D D C G G D E ETallow D D D E E D D E ETannic Acid E G E C G G E E ETaning Liquors (AlumDichromate) - - C E E G - - ETar D D D G G D D E -Tartaric Acid E E E E G E E E ETerpineol D D C D D D C E -
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Tertiary Butyl Alcohol E E E E E E E E Ep-Tertiary Butyl Catechol C - E D E - - - ETertiary Butyl Mercaptan D - D D D - - - ETetrachlorobenzene D D D D D D D G GTetrachloroethane D D D D D D D E GTetrachloroethylene D D D D D D D E GTetraethylene Glycol E E E E E E E E ETetrachloromethane D D D C D D D E GTetrchloronapthalene D D D D D D D G GTetrachioronapthalene D D D G C D D E ETetrahydrofuran (THF)Tetralin D D D D D D D D EThionyl Chloride D D D D D D D G ETin Chloride E E E E E E E E ETin Tetrachloride E E E E E E E E ETitanium Tetrachloride D D D G C C C E EToluene (Toluol) D D D D D D D E EToluene Diisocyanate (TDI) C C E C D D E G EToxaphene D D D G G D D E ETransformer Oils (Petroleum Base) D D D E G G D E ETransformer Oils (Chlorinated Phenyl Base Askerels) D D D D D D D E -Transmission Fluids A D D D G C D D E ETransmission Fluids B D D D C D D D E ETriacetin E G E G G G E D ETributoxy Ethyl Phosphate G - C D C - - - CTributyl Amine G G E G G C E D ETributyl Phosphate D D G D D D G D ETrichloroacetic Acid 10% C - C G C - - - GTrichlorobenzene D D D D D D D G GTrichloroethane D D D D D D D E ETrichloroethylene D D D C D D D E GTrichloropropane D D D D D D D E ETricresyl Phosphate (TCP D D E D D D G G E
5-7-23
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Triethanolamine (TEA) G G E G E E G D ETriethylamine G G G G E E G G ETriethylborane - - - - - - - - ETriethylene Glycol E E E E E E E E ETrinitrotoluene (TNT) D D D D G G D G -Triphenyl Phosphate D D E D C C G C ETrisodium Phosphate E E E E E E E E ETung Oil D D C E G G D E ETurbine Oil D D D G G G D E ETurpentine D D D G G D D E E2,4D with 10% Fuel Oil D D D E E D D E EUcon Hydrolube Oils D D E E G D E E E(UDMH) UnsymmetricalDimethyl-Hydrazine D D E D D E E D CUndecanol E E E E E E E G EUran G C G G G E G C EUrea E C E C E C E C EVarnish D D D G G C D E EVegetable Oils D D E E G G E E EVersilube E E E E E E E E EVinegar E C E C E E G G EVinyl Acetate D D E D D C C D EVinyl Benzene D D D D D D D E GVinyl Chloride (Monomer) C D D D D D D E EVinyl Ether D D D D D C C D EVinyl Touene D D D D D D D E GVinyl Trichloride D D D D D D D E EV.M&P Naptha D D D E E D D E EWalnut Oil D - C E G - - - EWater Fresh (Non FDA) E E E E E E E E EWater, Salt E E E G E E E E EWhite Liquor E E G E E E C E EWhite Oil D D D E G D D E EWhiskey & Wines E - E E E E - - EWilicate Esters D D D G E E D E EWood Alcohol (Methanol) E E E E E E E D EWood Oil G - D E E - - - EXylene (Xylol) D D D D D D D E E
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
Xylidine D D D D D D D C GZeolites E E E E E E E E EZinc Acetate C D E C C C G D EZinc Carbonate E E E E E E E E EZinc Chloride E E E E E E G E EZinc Chromate E C E E E C E E GZinc Sulphate E E E E E E E E E
5-7-25
KeyE - Excellent. Suitable for continuous service.G - Good. Generally suitable for continuous or intermittent service.C - Conditional. Not recommended for continuous or intermittent service.D - DO NOT USE- No experience
