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StormJacket

StormJacket

STORMJACKET- is a two component 100% solid Polyurea with superior performance in industrial applications. STORMJACKET displays extremely fast cure times with excellent adhesions to different substrates. STORMJACKET can be spray applied at temperatures ranging from 20 F to 150 F. STORMJACKET has excellent chemical and water resistance. STORMJACKET has a temperature range of -40 F to 350 F. STORMJACKET conforms to USDA and FDA guidelines for incidental food contact. NOT OZONE DEPLETING.

PRIMARY APPLICATIONS

STORMJACKET adheres well to several substrates including concrete, steel, and wood. Some typical uses include:

  • Secondary Containment
  • Rail Cars
  • Wastewater Lagoon And Pool Linings
  • Table Edging
  • Cold Storage Areas
  • Wash Bay and Shower Linings
  • Cooling Towers
  • Petrochemical Refineries
  • Oilfield Pipeline Coatings
  • Water Proofing
  • Sewer Liners
  • Manhole Restoration
  • Industrial Flooring
  • Bridge Coatings
  • Anti-Graffiti

 

Typical Physical Properties:

Tensile Strength (PSI) ASTM D412 3670
Elongation (%) ASTM D412 320
100% Modulus ASTM D412 2500
300% Modulus ASTM D412 4150
Tear Strength (PLI) ASTM D2240 545
Hardness (Shore A) ASTM D1737 96
Flexibility (1/ 8 “ Mandrel) ASTM D1737 pass
Flashpoint (F) ASTM Pensky-Martin >200
Taber Abrasion (mg loss) ASTM D4060 25 CS18 WHEEL 1 kg per 1000 cycles
Viscosity B side CPS 500
Viscosity A side CPS 450
Ratio A/B PBV 1:1
Gardner Impact test ASTM D2794 > 325 inch lbs.

 

Typical Processing Properties:

    Fast Slow
Gel Time seconds 9 22
Tack Free Time seconds 16 35
Open to Foot Traffic minutes 5 60
Open to Industrial Traffic minutes 60 120

 

Recommended Equipment Settings:

A-Side Hose Temperature F 150
B-Side Hose Temperature F 150
Block Temperature F 150
Spray Pressure (PSI)   1500

 

Shelf Life and Storage:

Six months in factory delivered unopened drums. Keep away from extreme heat, cold, and moisture. Maintain at a proper storage temperature of 60 F - 100 F.

Application Equipment:
This material must be applied utilizing a high-pressure plural component pump (1:1 by Volume) . This proportioning unit must be capable of supplying the correct pressure and heat for the required hose length on a consistent basis. This characteristic is mandatory to apply this elastomer in a consistent, efficient manner.

Installation Recommendations:
Substrate surfaces should be free of loose particles, rusts, voids and spills. Chloride, moisture and pH levels should be checked prior to application. Always agitate the B-side before using.
Old Concrete – Sandblasting, shot blasting or water blasting is highly recommended to remove surface contaminates. Any oils or fats must be removed prior to product application. Acid etching may be required (followed by a thorough rinsing) to open the pores of the concrete to accept a primer coat. Primer is recommended for STORMJACKET. A minimum 40-mil coating of STORMJACKET is generally recommended for chemical and abrasion resistance.
New Concrete – The concrete should be allowed to cure for a minimum of 30 days. Shot -blasting, sand blasting or acid etching (15% muriatic acid / 85% H2O) is required to remove the surface lattice that appeared during the curing process. EP Primer should be applied to reduce out gassing.
Carbon Steel – The steel must be prepared to a “near white metal,” equivalent to SSPC 10 or NACE 2. For immersion service, a 3-mil blast profile is recommended. A 2-mil blast profile is generally accepted. A 10 – 40 mil coat of STORMJACKET is generally recommended based on chemical resistance issues.
Substrate Repairs – All spalls and cracks should be repaired to ICRI standards. Expansion joints should be honored. Horizontal control joints can be filled with a joint filling material prior to the application ofSTORMJACKET.

Coverage Calculations:

Thickness Sq.Ft /gal Thickness Sq.Ft /gal
20 mils 70 30 mils 48
40 mils 36 50 mils 29
60 mils 24 80 mils 18
100 mils 14 250 mils 5.5

 

Adhesion Results: 
ASTM D-4541 Elcometer
Concrete (No primer) 400 psi -> Concrete Failure
Concrete (Epoxy) 300 psi -> Concrete Failure
Steel (No primer) >1500 psi -> Substrate Failure
Steel (Epoxy primer) > 900 psi -> Primer Failurev Wood (No primer) > 250 psi -> Delamination

Chemical Resistance:

R Recommended Little or no visible damage
RC Recommended -Conditional Some effect, swelling, discoloration
C Conditional Crackling-wash down with in 1 hour of spillage to avoid effects
Dis Discoloration  
Chemical Result (25 C)
Acetic Acid (100%) RC
Acetone RC
Ammonium Hydroxide (50%) R
Benzene RC
Brine-Saturated H2O (310g/l) R
Chlorinated H2O R
Clorox (10%) H2O R
Diesel Fuel RC
Gasoline RC
Gasoline / 5 % MTBE RC
Gasoline / 5 % Methanol RC
Hydrochloric Acid (20%) R
Hydrofluoric Acid (50%) R
Hydraulic Fluid (oil) RC
Isopropyl Alcohol R
Lactic Acid RC
MEK RC
Methanol R
Methylene Chloride C
Mineral Spirits RC
Motor oil R
MTBE C
Muriatic Acid (10%) R
NaCl / H2O (10%) R
Nitric Acid (50%) R
Phosphoric Acid (10%) & (50%) R
Potassium Hydroxide (10%) R
Potassium Hydroxide (20%) R, Dis
Propylene Carbonate RC
Skydrol C
Sodium Hydroxide (25%) & (50%) R
Sodium Hypochlorite (10%) R
Sodium Bicarbonate R
Stearic Acid R
Sugar / H2O R
Sulfuric Acid (10%) R
Sulfuric Acid (>50%) RC
Toluene R
1,1,1-Trichlorethane C
Trisodium Phosphate R
Vinegar / H2O (5%) R
H2O R
H2O (14 days @ 82 C) R
Xylene RC
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