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The WB & WM combine traditional organic mix ingredients, such as coconut coir and fir bark, with proprietary ingredients to create a lightweight, hydrophilic matrix. The sponge-like media has a stabilized macro/micro pore structure with excellent capillary action, unparalleled water, air and nutrient holding & cation exchange capacities.
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4000 GROWTH MEDIA & SOIL ADDITIVES
Transcript
Page 1: Watergrip

4000

GROWTH MEDIA& SOIL ADDITIVES

Page 2: Watergrip
Page 3: Watergrip

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis 877.266.0015 • [email protected] • www.hanging-gardens.com

V R M4100-4400

H G

Page 4: Watergrip

HA

NG

ING

GA

RD

EN

S

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on vegetation. Through these studies we have either engineered or partnered with the most cutting edge engineered medias available. The result is that custom growth medias became a core component of our company. The idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures was paramount in the development of all of our standard and custom blends. This technology has allowed us to reduce the establishment time for plantings by half. We offer these formulations in standard and custom lightweight and ultra-lightweight blends. Our Fertile Roof Lush is our bread & butter blend for extensive vegetative roofs with drought tolerant plantings. We custom blend per your plant palette, so please provide that list prior to ordering. The results that you will see are absolutely amazing.

LEED Credits available for Local Materials (in most locations)

Vegetated Roofing Use: Bulk shipping data: (4110): Standard Extensive Vegetated Roofs Bulk material weighs approximately 1,785 lbs./C.Y.

32-34 C.Y. in dump trailer, 22-24 C.Y. in a tri-axel

 

Coverage: 1 cubic yard covers approximately 108 square feet at 3” depth, 81 square feet at a 4” depth and 54 square feet at a 6” depth. 

Dry weight (approximate): 1.5 C.Y. supersacks (4110.15): 45 pounds per cubic foot 1.5 C.Y. Supersacks weigh approximately 2,025 lbs./each

21-22, 2 C.Y. Supersacks per flatbed load

Saturated weight (approximate): 74 lbs/ft3 Cubic foot bags (4110B):  

@ 3” = 18.5 lbs/ft2 65 lbs. per bag, 60 bags to a pallet

14-15, 60 bag pallets per flatbed load @ 4” = 24.6 lbs/ft2 @ 6” = 37.0 lbs/ft2  

2 C.Y. supersacks (4110.2): 2 C.Y. Supersacks weigh approximately 3,500 lbs./each

15-16, 2 C.Y. Supersacks per flatbed load  

QUICK REFERENCE & SHIPPING DATA

PRICING Tiered Pricing based on System & Quantity.

Contact us for a quote.

Extensive medias are available in bulk, 1.5 and 2 C.Y. supersacks and in cubic foot bags. Custom

packaging is available.

PACKAGING

G M S A

Page 5: Watergrip

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

Lush Extensive Blend Product Data Sheet Product #

Grain Size Distribution: mm Inches % of Dry Weight Passing 1/2” Sieve 12.50 0.50 100 % Passing 3/8” Sieve 9.53 0.375 80-100 % Passing 1/8” Sieve 3.18 0.125 40-80% Passing #18 Sieve 1.00 0.039 20-50% Passing #60 Sieve 0.25 0.010 15-30% Passing #230 Sieve 0.06 0.002 5-20% Silt & Clay Fraction < 0.06 < 0.002 < 5%

Density: g/cc lbs/cubic foot Application Density 0.69—1.23 38—69 Saturated Density 1.23—1.47 68—81 Percentage %

31—62 Water & Air Management % by volume cubic inches per cubic foot

Saturated water capacity 35-75% 604—1295 Saturated air capacity > 10% > 173 cm/minute inches/minute Saturated hydraulic conductivity > 1.4 > 0.55

ph, lime and salt content units % as CaCO3 mmhos/cm pH (saturated paste) 6.0—8.5 - - Carbonate content - < 2.5 - Electrical conductivity - - < 2.5

Organics % of dry weight Organic matter 6-8.5 C/N ratio < 25:1

Nutrients mg/l saturated extract lbs./1,000 cubic feet Nitrogen (NO3 + NH4 as N) 270—417 10—15 Phosphorous (as P2O5) 162—189 6—7 Potassium (as K2O) 324—417 12—15 Calcium (Ca) 621—1134 23—42 Magnesium (Mg) 243—378 9—14 Sulfur (as SO4-S) 27—97 1—3.5 Copper (Cu) 7—14 0.25—0.50 Zinc (Zn) 0.28—0.83 0.01—0.03 Iron (Fe) 27—81 1—3 Manganese (Mn) 27—81 1—3 Boron (Water soluble B) 7—14 0.25—0.50

Cation exchange capacity meq/100g dw CEcap > 5

Dry Media (% of total weight)

TECHNICAL DATA

Page 6: Watergrip

HA

NG

ING

GA

RD

EN

S

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on the vegetation. Through these studies we have either engineered or partnered with the most cutting edge engineered medias available. The result is that custom growth medias became a core component of our company. The idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures was paramount in the development of all of our standard and custom blends. This technology has allowed us to reduce the establishment time for plantings by half. We offer these formulations in standard and custom lightweight and ultra-lightweight blends. Our Fertile Roof Lite is our blend for extensive vegetative roofs that do not have the conventional structural capacity of standard vegetative roofs. This product too is designed for drought tolerant plantings. We custom blend per your plant palette, so please provide that list prior to ordering. The results that you will see are absolutely amazing.

LEED Credits available for Local Materials (in most locations)

Vegetated Roofing Use: Bulk shipping data: (4120): Lightweight Extensive Vegetated Roofs Bulk material weighs approximately 1,325 lbs./C.Y.

32-34 C.Y. in dump trailer, 22-24 C.Y. in a tri-axel

 

Coverage: 1 cubic yard covers approximately 108 square feet at 3” depth, 81 square feet at a 4” depth and 54 square feet at a 6” depth. 

Dry weight (approximate): 1.5 C.Y. supersacks (4120.15): 41 pounds per cubic foot 1.5 C.Y. Supersacks weigh approximately 2,025 lbs./each

21-22, 2 C.Y. Supersacks per flatbed load

Saturated weight (approximate): 65 lbs/ft3 Cubic foot bags (4120B):  

@ 3” = 16.3 lbs/ft2 50 lbs. per bag, 60 bags to a pallet

15-16, 60 bag pallets per flatbed load @ 4” = 21.7 lbs/ft2 @ 6” = 32.5 lbs/ft2  

2 C.Y. supersacks (4120.2): 2 C.Y. Supersacks weigh approximately 2,700 lbs./each

15-16, 2 C.Y. Supersacks per flatbed load  

QUICK REFERENCE & SHIPPING DATA

PRICING Tiered Pricing based on System & Quantity.

Contact us for a quote.

Extensive medias are available in bulk, 1.5 and 2 C.Y. supersacks and in cubic foot bags. Custom

packaging is available.

PACKAGING

G M S A

Page 7: Watergrip

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

Lite Extensive Blend Product Data Sheet Product #

Grain Size Distribution: mm Inches % of Dry Weight Passing 1/2” Sieve 12.50 0.50 100 % Passing 3/8” Sieve 9.53 0.375 75-100 % Passing 1/8” Sieve 3.18 0.125 40-75% Passing #18 Sieve 1.00 0.039 20-45% Passing #60 Sieve 0.25 0.010 15-25% Passing #230 Sieve 0.06 0.002 5-25% Silt & Clay Fraction < 0.06 < 0.002 < 5%

Density: g/cc lbs/cubic foot Application Density 0.58—0.77 37—49 Saturated Density 1.01—1.12 64—71 Percentage %

31—62 Water & Air Management % by volume cubic inches per cubic foot

Saturated water capacity 35-70% 604—1209 Saturated air capacity > 10% > 173 cm/minute inches/minute Saturated hydraulic conductivity > 1.4 > 0.55

ph, lime and salt content units % as CaCO3 mmhos/cm pH (saturated paste) 6.0—8.5 - - Carbonate content - < 2.5 - Electrical conductivity - - < 2.5

Organics % of dry weight Organic matter 5.5—8.0 C/N ratio < 25:1

Nutrients mg/l saturated extract lbs./1,000 cubic feet Nitrogen (NO3 + NH4 as N) 216—336 8—12 Phosphorous (as P2O5) 162—189 6—7 Potassium (as K2O) 324—417 12—15 Calcium (Ca) 621—1134 23—42 Magnesium (Mg) 270—378 10—14 Sulfur (as SO4-S) 27—97 1—3.5 Copper (Cu) 7—14 0.25—0.50 Zinc (Zn) 0.28—0.83 0.01—0.03 Iron (Fe) 27—81 1—3 Manganese (Mn) 27—81 1—3 Boron (Water soluble B) 7—14 0.25—0.50

Cation exchange capacity meq/100g dw CEcap > 5

Dry Media (% of total weight)

TECHNICAL DATA

Page 8: Watergrip

HANGING

GARDENS Product #

TECHNICAL DATA

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

PRICING

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on vegetation used for green infrastructure solutions. Through these studies we have either engineered or partnered with the most state of art engineered medias available. The result is that custom growth medias became a core component of our company.

The WB & WM combine traditional organic mix ingredients, such as coconut coir and fir bark, with proprietary ingredients to create a lightweight, hydrophilic matrix. The sponge-like media has a stabilized macro/micro pore structure with excellent capillary action, unparalleled water, air and nutrient holding & cation exchange capacities.

WM retains its porosity, does not break down upon saturation, and exhibits only minute compaction after long periods of use. The media provides beneficial bacteria, and nutrients, to protect and promote root and plant development in a system that reduces irrigation needs by 50%.

G M S A Ultra Lightweight

Watergrip (WB) Brownie 4130

Tiered Pricing based on System & Size. Contact us for a quote.

PACKAGING Brownies are palletized 144 square feet to a pallet.

Full truckloads are available up to 52 pallets to a truckload.

WRB thickness: Vegetated Roofing Use/Installation Requirements:: 3” Use only in conjunction with extensive, semi-intensive and agricultural

vegetative roofs. Butt Brownies tight to each other and cover with vegetation and any necessary erosion control.

WRB length: 2’ 0”

WRB width: Vegetated Roofing System Type 1’ 0” Monolithic/Contiguous

Dry weight: pH: 1.32 pounds per square foot 6.2

Saturated weight: Electrical conductivity: 11.78 pounds per square foot 1.1 mS/m

Total water holding capacity: Cation exchange capacity: 1.25 gallons per square foot 3.4

Page 9: Watergrip

HANGING

GARDENS

TECHNICAL DATA

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

Product #

PRICING

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on vegetation used for green infrastructure solutions. Through these studies we have either engineered or partnered with the most state of art engineered medias available. The result is that custom growth medias became a core component of our company. The WB & WM combine traditional organic mix ingredients, such as coconut coir and fir bark, with proprietary ingredients to create a lightweight, hydrophilic matrix. The sponge-like media has a stabilized macro/micro pore structure with excellent capillary action, unparalleled water, air and nutrient holding & cation exchange capacities. WM retains its porosity, does not break down upon saturation, and exhibits only minute compaction after long periods of use. The media provides beneficial bacteria, and nutrients, to protect and promote root and plant development in a system that reduces irrigation needs by 50%.

G M S A Ultra Lightweight

Watergrip (WM) Media 4135

Tiered Pricing based on System & Size. Contact us for a quote.

PACKAGING Watergrip medias are available in bulk, 1.5 & 2 cubic

yard super sacks and in cubic foot bags. Custom packaging is available.

Percent of water held at maximum water holding capacity:

Vegetated Roofing Use/Installation Requirements::

665% May be used in any variety of vegetated roofing system as an additive or complement to base vegetated roofing media.

Please contact Hanging Gardens on how to integrate WRM into your vegetated roofing or green wall design. Media engineering is necessary.

Total water holding capacity ( per 1” of depth):

0.6 gallons per square foot

Dry weight (per 1” of depth): Vegetated Roofing System Type

1.44 pounds per square foot Modular or Monolithic/Contiguous Saturated weight (per 1” of depth): pH:

3.92 pounds per square foot 6.2 Cation exchange capacity: Electrical conductivity: 3.4 1.1 mS/m

Page 10: Watergrip

HA

NG

ING

GA

RD

EN

S

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on the vegetation. Through these studies we have either engineered or partnered with the most cutting edge engineered medias available. The result is that custom growth medias became a core component of our company. The idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures was paramount in the development of all of our standard and custom blends. This technology has allowed us to reduce the establishment time for plantings by half. We offer these formulations in standard and custom lightweight and ultra-lightweight blends. Our Fertile Roof Lush Semi-Intensive Blend is mixed for semi-intensive vegetative roofs with expanded plant palettes. We custom blend per your plant palette, so please provide that list prior to ordering. The results that you will see are absolutely amazing. 

 

 

LEED Credits available for Local Materials (in most locations)

Vegetated Roofing Use: Bulk shipping data: (4210): Standard Semi-Intensive Vegetated Roofs Bulk material weighs approximately 1,800 lbs./C.Y.

32-34 C.Y. in dump trailer, 22-24 C.Y. in a tri-axel

 

Coverage: 1 cubic yard covers approximately 54 square feet at 6” depth, 36 square feet at a 9” depth and 27 square feet at a 12” depth. 

Dry weight (approximate): 1.5 C.Y. supersacks (4210.15): 46 pounds per cubic foot 1.5 C.Y. Supersacks weigh approximately 2,700 lbs./each

21-22, 2 C.Y. Supersacks per flatbed load

Saturated weight (approximate): @ 6” = 37.5 lbs/ft2 Cubic foot bags (4210B):  

@ 9” = 56.3 lbs/ft2 64 lbs. per bag, 60 bags to a pallet

14-15, 60 bag pallets per flatbed load @ 12” = 75.0 lbs/ft2  

2 C.Y. supersacks (4210.2): 2 C.Y. Supersacks weigh approximately 3,600 lbs./each

15-16, 2 C.Y. Supersacks per flatbed load  

QUICK REFERENCE & SHIPPING DATA

PRICING Tiered Pricing based on System & Quantity.

Contact us for a quote.

Extensive medias are available in bulk, 1.5 and 2 C.Y. supersacks and in cubic foot bags. Custom

packaging is available.

PACKAGING

G M S A

Page 11: Watergrip

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

Lush Semi-Intensive Blend Product Data Sheet Product #

Grain Size Distribution: mm Inches % of Dry Weight Passing 1/2” Sieve 12.50 0.50 100 % Passing 3/8” Sieve 9.53 0.375 90-100 % Passing 1/8” Sieve 3.18 0.125 55-95% Passing #18 Sieve 1.00 0.039 20-50% Passing #60 Sieve 0.25 0.010 15-30% Passing #230 Sieve 0.06 0.002 5-20% Silt & Clay Fraction < 0.06 < 0.002 < 5%

Density: g/cc lbs/cubic foot Application Density 0.79—0.99 52—66 Saturated Density 1.12—1.32 69—81 Percentage %

31—62 Water & Air Management % by volume cubic inches per cubic foot

Saturated water capacity 35-75% 604—1295 Saturated air capacity > 10% > 173 cm/minute inches/minute Saturated hydraulic conductivity > 1.4 > 0.55

ph, lime and salt content units % as CaCO3 mmhos/cm pH (saturated paste) 6.0—8.5 - - Carbonate content - < 2.5 - Electrical conductivity - - < 2.5

Organics % of dry weight Organic matter 7-9.5 C/N ratio < 25:1

Nutrients mg/l saturated extract lbs./1,000 cubic feet Nitrogen (NO3 + NH4 as N) 324—417 12—15 Phosphorous (as P2O5) 162—189 6—7 Potassium (as K2O) 324—417 12—15 Calcium (Ca) 621—1134 23—42 Magnesium (Mg) 243—378 9—14 Sulfur (as SO4-S) 54—97 2—3.5 Copper (Cu) 7—14 0.25—0.50 Zinc (Zn) 0.28—0.83 0.01—0.03 Iron (Fe) 27—81 1—3 Manganese (Mn) 27—81 1—3 Boron (Water soluble B) 7—14 0.25—0.50

Cation exchange capacity meq/100g dw CEcap > 7

Dry Media (% of total weight)

TECHNICAL DATA

Page 12: Watergrip

HA

NG

ING

GA

RD

EN

S

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on the vegetation. Through these studies we have either engineered or partnered with the most cutting edge engineered medias available. The result is that custom growth medias became a core component of our company. The idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures was paramount in the development of all of our standard and custom blends. This technology has allowed us to reduce the establishment time for plantings by half. We offer these formulations in standard and custom lightweight and ultra-lightweight blends. We mix our Fertile Roof Lush Intensive Blend for vegetative roofs with large plant palettes that include trees & shrubs. We custom blend per your plant palette, so please provide that list prior to ordering. The results that you will see are absolutely amazing.

LEED Credits available for Local Materials (in most locations)

Vegetated Roofing Use: Bulk shipping data: (4310): Standard Intensive Vegetated Roofs Bulk material weighs approximately 1,850 lbs./C.Y.

32-34 C.Y. in dump trailer, 22-24 C.Y. in a tri-axel

 

Coverage: 1 cubic yard covers approximately 27 square feet at 12” depth, 18 square feet at a 18” depth and 13.5 square feet at a 24” depth. 

Dry weight (approximate): 1.5 C.Y. supersacks (4310.15): 46 pounds per cubic foot 1.5 C.Y. Supersacks weigh approximately 2,700 lbs./each

21-22, 2 C.Y. Supersacks per flatbed load

Saturated weight (approximate): @ 12” = 77.0 lbs/ft2 Cubic foot bags (4310B):  

@ 18” = 115.5 lbs/ft2 65 lbs. per bag, 60 bags to a pallet

14-15, 60 bag pallets per flatbed load @ 24” = 154.0 lbs/ft2  

2 C.Y. supersacks (4310.2): 2 C.Y. Supersacks weigh approximately 3,700 lbs./each

15-16, 2 C.Y. Supersacks per flatbed load  

QUICK REFERENCE & SHIPPING DATA

PRICING Tiered Pricing based on System & Quantity.

Contact us for a quote.

Extensive medias are available in bulk, 1.5 and 2 C.Y. supersacks and in cubic foot bags. Custom

packaging is available.

PACKAGING

G M S A

Page 13: Watergrip

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

Lush Intensive Blend Product Data Sheet Product #

Grain Size Distribution: mm Inches % of Dry Weight Passing 1/2” Sieve 12.50 0.50 100 % Passing 3/8” Sieve 9.53 0.375 90-100 % Passing 1/8” Sieve 3.18 0.125 65-95% Passing #18 Sieve 1.00 0.039 30-65% Passing #60 Sieve 0.25 0.010 15-35% Passing #230 Sieve 0.06 0.002 5-25% Silt & Clay Fraction < 0.06 < 0.002 < 5%

Density: g/cc lbs/cubic foot Application Density 0.74—0.94 46—58 Saturated Density 1.07—1.22 66—79 Percentage %

31—62 Water & Air Management % by volume cubic inches per cubic foot

Saturated water capacity 35-75% 604—1295 Saturated air capacity > 10% > 173 cm/minute inches/minute Saturated hydraulic conductivity > 1.4 > 0.55

ph, lime and salt content units % as CaCO3 mmhos/cm pH (saturated paste) 6.0—8.5 - - Carbonate content - < 2.5 - Electrical conductivity - - < 2.5

Organics % of dry weight Organic matter 7.5—10 C/N ratio < 25:1

Nutrients mg/l saturated extract lbs./1,000 cubic feet Nitrogen (NO3 + NH4 as N) 351—417 13—15 Phosphorous (as P2O5) 189—216 7—8 Potassium (as K2O) 324—417 12—15 Calcium (Ca) 729—1134 27—42 Magnesium (Mg) 243—324 9—12 Sulfur (as SO4-S) 81—97 3—3.5 Copper (Cu) 7—14 0.25—0.50 Zinc (Zn) 0.28—0.83 0.01—0.03 Iron (Fe) 27—81 1—3 Manganese (Mn) 27—81 1—3 Boron (Water soluble B) 7—14 0.25—0.50

Cation exchange capacity meq/100g dw CEcap > 7

Dry Media (% of total weight)

TECHNICAL DATA

Page 14: Watergrip

HA

NG

ING

GA

RD

EN

S

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on the vegetation. Through these studies we have either engineered or partnered with the most cutting edge engineered medias available. The result is that custom growth medias became a core component of our company.

The idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures was paramount in the development of all of our standard and custom blends. This technology has allowed us to reduce the establishment time for plantings by half. We offer these formulations in standard and custom lightweight and ultra-lightweight blends.

We mix our Fertile Roof Lush Intensive Blend for vegetative roofs with large plant palettes that include trees & shrubs. We custom blend per your plant palette, so please provide that list prior to ordering. The results that you will see are absolutely amazing.

LEED Credits available for Local Materials (in most locations)

Vegetated Roofing Use: Bulk shipping data: (4310): Standard Intensive Vegetated Roofs Bulk material weighs approximately 1,750 lbs./C.Y.

32-34 C.Y. in dump trailer, 22-24 C.Y. in a tri-axel Coverage:

1 cubic yard covers approximately 54 square feet at 6” depth, 27 square feet at a 12” depth and 13.5 square feet at a 24” depth. 

Dry weight (approximate): 1.5 C.Y. supersacks (4310.15): 44 pounds per cubic foot 1.5 C.Y. Supersacks weigh approximately 2,625 lbs./each

21-22, 2 C.Y. Supersacks per flatbed load Saturated weight (approximate):

@ 6” = 39.0 lbs/ft2 Cubic foot bags (4310B): @ 12” = 78.0 lbs/ft2 65 lbs. per bag, 60 bags to a pallet

14-15, 60 bag pallets per flatbed load @ 24” = 156.0 lbs/ft2

2 C.Y. supersacks (4310.2): 2 C.Y. Supersacks weigh approximately 3,500 lbs./each

15-16, 2 C.Y. Supersacks per flatbed load

QUICK REFERENCE & SHIPPING DATA

PRICING Tiered Pricing based on System & Quantity.

Contact us for a quote.

Extensive medias are available in bulk, 1.5 and 2 C.Y. supersacks and in cubic foot bags. Custom

packaging is available.

PACKAGING

G M S A

Page 15: Watergrip

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

Lush Agricultural Blend Product Data Sheet Product #

Grain Size Distribution: mm Inches % of Dry Weight Passing 1/2” Sieve 12.50 0.50 100 % Passing 3/8” Sieve 9.53 0.375 80-100 % Passing 1/8” Sieve 3.18 0.125 50-85% Passing #18 Sieve 1.00 0.039 30-55% Passing #60 Sieve 0.25 0.010 20-35% Passing #230 Sieve 0.06 0.002 10-25% Silt & Clay Fraction < 0.06 < 0.002 < 10%

Density: g/cc lbs/cubic foot Application Density 0.64—0.83 38—49 Saturated Density 1.05—1.31 63—78 Percentage %

25—57 Water & Air Management % by volume cubic inches per cubic foot

Saturated water capacity 40-70% 690—1205 Saturated air capacity > 10% > 173 cm/minute inches/minute Saturated hydraulic conductivity > 2.7 > 1.05

ph, lime and salt content units % as CaCO3 mmhos/cm pH (saturated paste) 6.0—7.5 - - Carbonate content - < 2.5 - Electrical conductivity - - < 2.5

Organics % of dry weight Organic matter 8—10 C/N ratio < 25:1

Nutrients mg/l saturated extract lbs./1,000 cubic feet Nitrogen (NO3 + NH4 as N) 351—417 13—15 Phosphorous (as P2O5) 135—189 5—7 Potassium (as K2O) 648—861 24—31 Calcium (Ca) 702—1134 26—42 Magnesium (Mg) 162—216 6—8 Sulfur (as SO4-S) 81—97 3—3.5 Copper (Cu) 7—14 0.25—0.50 Zinc (Zn) 0.28—0.83 0.01—0.03 Iron (Fe) 27—54 1—2 Manganese (Mn) 27—81 1—3 Boron (Water soluble B) 7—14 0.25—0.50

Cation exchange capacity meq/100g dw CEcap > 6

Dry Media (% of total weight)

TECHNICAL DATA

Page 16: Watergrip
Page 17: Watergrip

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis 877.266.0015 • [email protected] • www.hanging-gardens.com

I M 4500

H G

Page 18: Watergrip

HANGING

GARDENS Product #

TECHNICAL DATA

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

PRICING

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on vegetation used for green infrastructure solutions. Through these studies we have either engineered or partnered with the most state of art engineered medias available. The result is that custom growth medias became a core component of our company. We profess the idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures. It is with this technology that we add biology to our infiltration medias that will digest the toxins that media absorbs. Roots are then better equipped to uptake the waste from this process as a nutritional resource for growth. Our Raised Bed Mix (RBM) is specifically for planters or raised beds up to 36” in depth. We custom blend per your plant palette, so please provide that list prior to ordering. The results that you will see are absolutely amazing.

LEED Credits available for Local Materials (in most locations)

G M S A Infiltration Media

Raised Bed Mix (RBM) 4510

Tiered Pricing based on System & Size. Contact us for a quote.

PACKAGING Fertile Roof Raised Bed Mix is available in Bulk,

Super Sacks and in Cubic Foot Bags. Custom Packaging is available.

Percent of water held at maximum water holding capacity: Coverage:

101% 1 cubic yard covers approximately 27 square feet at 12” depth, 13.5 square feet at a 24” depth and 9 square feet at a 36” depth.

Total water capacity (per 1” of depth):

0.36 gallons per square foot

Dry weight (per 1” of depth): Infiltration Use:

3.03 pounds per square foot 54 inches per hour for raised beds up to 36” in Depth  Saturated weight (per 1” of depth): pH:

6.08 pounds per square foot 7.2 Cation exchange capacity: Electrical conductivity: 6.0 1.8 mS/m

Packaging:

Bulk: 1,425 lbs./C.Y.- 39-41 C.Y./dump trailer, 30 C.Y./tri-axel ft3 Bags: 52 lbs/bag; 60 bags/pallet - 18-19, pallets/flatbed load

Page 19: Watergrip

HANGING

GARDENS

TECHNICAL DATA

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

Product #

PRICING

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on vegetation used for green infrastructure solutions. Through these studies we have either engineered or partnered with the most state of art engineered medias available. The result is that custom growth medias became a core component of our company. We profess the idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures. It is with this technology that we add biology to our infiltration medias that will digest the toxins that media absorbs. Roots are then better equipped to uptake the waste from this process as a nutritional resource for growth. Our Rain Garden Mix (RGM) is specifically for Rain Gardens up to 24” in depth. We custom blend per your plant palette, so please provide that list prior to ordering. The results that you will see are absolutely amazing.

LEED Credits available for Local Materials (in most locations)

G M S A Infiltration Media

Rain Garden Mix (RGM) 4520

Tiered Pricing based on System & Size. Contact us for a quote.

PACKAGING Fertile Roof Rain Garden media is available in

Bulk, Super Sacks and in Cubic Foot Bags. Custom Packaging is available.

Percent of water held at maximum water holding capacity: Coverage:

78% 1 cubic yard covers approximately 27 square feet at 12” depth, 13.5 square feet at a 24” depth and 9 square feet at a 36” depth.

Total water capacity (per 1” of depth):

0.31 gallons per square foot

Dry weight (per 1” of depth): Infiltration Use:

5.95 pounds per square foot 5.7 inches per hour for rain gardens up to 30” in Depth  Saturated weight (per 1” of depth): pH:

9.91 pounds per square foot 7.3 Cation exchange capacity: Electrical conductivity: 14.7 1.4 mS/m

Packaging: Bulk: 2,625 lbs./C.Y.– 26-28 C.Y./dump trailer, 15 C.Y./tri-axel 1/2 ft3 Bags: 48 lbs/bag; 60 bags/pallet - 13-14, pallets/flatbed load

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HANGING

GARDENS Product #

TECHNICAL DATA

PRICING

Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on vegetation used for green infrastructure solutions. Through these studies we have either engineered or partnered with the most state of art engineered medias available. The result is that custom growth medias became a core component of our company.

We profess the idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures. It is with this technology that we add biology to our infiltration medias that will digest the toxins that media absorbs. Roots are then better equipped to uptake the waste from this process as a nutritional resource for growth.

Our Bioinfiltration Mix (BIM) is blended specifically for all bio-infiltration systems. Regardless if the system is a swale, berm or sock we blend our mixes specific to the plant palette, so provide that list prior to ordering. The results are absolutely amazing.

LEED Credits available for Local Materials (in most locations)

G M S A Infiltration Media

Bioinfiltration Mix (BIM) 4530

Tiered Pricing based on System & Size. Contact us for a quote.

PACKAGING Fertile Roof Raised Bed Mix is available in Bulk,

Super Sacks and in Cubic Foot Bags. Custom Packaging is available.

Percent of water held at maximum water holding capacity: Coverage:

54% 1 cubic yard covers approximately 27 square feet at 12” depth, 9 square feet at a 36” depth and 4.5 square feet at a 72” depth.

Total water capacity (per 1” of depth):

0.29 gallons per square foot

Dry weight (per 1” of depth): Infiltration Use: 6.03 pounds per square foot 5.4 inches per hour for bioinfiltration up to 72” in Depth 

Saturated weight (per 1” of depth): pH: 9.28 pounds per square foot 7.2

Cation exchange capacity: Electrical conductivity: 20.1 1.8 mS/m

Packaging: Bulk: 2,850 lbs./C.Y.– 28-30 C.Y./dump trailer, 15 C.Y./tri-axel 1/2 ft3 Bags: 51 lbs/bag; 60 bags/pallet - 12-13, pallets/flatbed load

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Milwaukee • New Orleans • Chicago • Seattle • Minneapolis 877.266.0015 • [email protected] • www.hanging-gardens.com

L A 4600

H G

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HA

NG

ING

GA

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EN

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Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

The lifeblood of any vegetation is the growing media that it resides in. For ten years, we have researched the affect that engineered medias have on the vegetation. Through these studies we have either engineered or partnered with the most cutting edge engineered medias available. The result is that custom growth medias became a core component of our company. The idea that growth medias are a living breathing organism working symbiotically with the plantings’ root structures was paramount in the development of all of our standard and custom blends. This technology has allowed us to reduce the establishment time for plantings by half. We offer these formulations in standard and custom lightweight and ultra-lightweight blends. Our lightweight aggregate is a part of all of our standard fertile roof medias. It is specifically designed to provide water retention without adding as much weight as a traditional aggregate. We provide extensive, semi-intensive, intensive and agricultural blends of our lightweight aggregate. Please specify your project type prior to ordering of materials.

LEED Credits available for Local Materials (in most locations)

Vegetated Roofing Use: Bulk shipping data: (4310): All types of vegetated roofs as a part of the media Bulk material weighs approximately 1,148 lbs./C.Y.

32-34 C.Y. in dump trailer, 22-24 C.Y. in a tri-axel

 

Coverage: 1 cubic yard covers approximately 108 square feet at 3” depth, 81 square feet at a 4” depth and 54 square feet at a 6” depth. 

Dry weight (approximate): 1.5 C.Y. supersacks (4310.15): 42.5 pounds per cubic foot 1.5 C.Y. Supersacks weigh approximately 1,722 lbs./each

21-22, 2 C.Y. Supersacks per flatbed load

Saturated weight (approximate): @ 3” = 14.13 lbs/ft2 Cubic foot bags (4310B):  

@ 6” = 28.25 lbs/ft2 43 lbs. per bag, 60 bags to a pallet

14-15, 60 bag pallets per flatbed load @ 12” = 56.50 lbs/ft2  

2 C.Y. supersacks (4310.2): 2 C.Y. Supersacks weigh approximately 2,295 lbs./each

15-16, 2 C.Y. Supersacks per flatbed load  

QUICK REFERENCE & SHIPPING DATA

PRICING Tiered Pricing based on System & Quantity.

Contact us for a quote.

Aggregates are available in bulk, 1.5 and 2 C.Y. supersacks and in cubic foot bags. Custom

packaging is available.

PACKAGING

G M S A

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Milwaukee • New Orleans • Chicago • Seattle • Minneapolis

Lightweight Aggregate Product Data Sheet Product #

Grain Size Distribution: mm Inches % of Dry Weight Passing 1/2” Sieve 12.50 0.50 95-100 % Passing 3/8” Sieve 9.53 0.375 75-90% Passing 1/4” Sieve 3.35 0.25 30-45% Passing 1/8” Sieve 3.18 0.125 10-25% Passing #18 Sieve 1.00 0.039 0-15% Passing #60 Sieve 0.25 0.010 0-10% Passing #230 Sieve 0.06 0.002 0-5%

Density: g/cc lbs/cubic foot

Application Density 0.64—0.72 40-45 Saturated Density 0.86—0.96 53.5-59.5

Water & Air Management % by volume cubic inches per cubic foot

Saturated water capacity 15-30% 365-410 Saturated air capacity 30-40% 615-645

ph, lime and salt content units % as CaCO3 mmhos/cm

pH (saturated paste) 7.4-8.2 - - Carbonate content - < 2 - Electrical conductivity - - < 2

Total Pore Volume % by volume

55-61%

TECHNICAL DATA