Travaco Marine-Tex Epoxy Putty Kit
$18.81 - $50.99
Travaco Marine-Tex Epoxy Putty Kit Item # 886227
Description
Features:
- Marine-Tex Epoxy Putty is a heavy-duty structural epoxy
- Applications:
- Repair aluminum, fiberglass and wooden boats
- Reinstall loose or stripped fasteners
- Permanently bond dissimilar metals without galvanic corrosion
- Marine-Tex paste provides waterproof repairs that can be used with fiberglass tape or cloth to bridge holes and reinforce structural repairs as needed
- Easy-to-apply paste for emergency and permanent repairs to machinery and equipment, hulls, decks, stripped fasteners, and tanks
- Including exhaust lines, outdrives, tanks, piping and stringers
- Marine-tex can be used to repair gouges in wood and fiberglass making the repaired area stronger than before
- Marine-Tex is a creamy paste consistency that can be applied on vertical or horizontal surfaces
- Easily fills gaps, and can be shaped to rebuild damaged components
- Sufficient working time for complex repairs
- Marine-Tex can be sanded or ground to shape, tapped and drilled, and finished with most common paints and coatings
Specifications:
- Coverage:
- (2) Ounces covers 17 square inches at 1/8" thick
- (14) Ounce Kit: 124 square inches at 1/8" thick
- Maximum applied thickness is 1-1/2 inches
- Mixing Ratio:
- (5) parts epoxy resin to 1 part hardener by volume
- When mixing by weight, the ratio is 6.3 parts resin to 1 part hardener
- Always keep the epoxy at room temperature before mixing
- Cure Time:
- (24) hours at a constant temperature of 72 degrees F
- Lower temperatures will create longer cure times
- It is not recommended to apply the product in temperatures below 55 degrees F
- Compressive Strength:
- Gray - 13,000 PSI (910 Kg/Cm2)
- White - 8,700 PSI (610 Kg/Cm2)
- Adhesion Shear Strength:
- Gray - 1,800 PSI (126 Kg/Cm2)
- White - 2,300 PSI (160 Kg/Cm2)
- Chemical Resistance: Most common acids, alkalies and hydrocarbons.
- Tensile Strength: 4,000 PSI (280 Kg/Cm2)
In the Box:
- Catalyst
- Resin
- Instructions
Note: All strengths are dependent upon make-up of substrate and surface preparation.