Product Type |
|
|
Mixed Viscosity | 280 cps | 10,000 cps |
Mix Ratio By Volume | N/A (gram scale required) | 2A:1B |
Pot Life | 5 hours | 30 seconds |
Cure Time | 24 hours | 1 hour |
Shore D Hardness | 80 | — |
Specific Volume | 25 cu. in./lb. | 115 cu. in./lb. |
Color | Clear | White |
EpoxAcast™ 690 | Soma Foama™ 15 | |
---|---|---|
Product Type |
|
|
Mixed Viscosity | 280 cps | 10,000 cps |
Mix Ratio By Volume | — | 2A:1B |
Mix Ratio By Weight | 100A:30B | 100A:47B |
Pot Life | 5 hours | 30 seconds |
Handling Time | — | 20 minutes |
Cure Time | 24 hours | 1 hour |
Shore D Hardness | 80 | — |
Expansion (approximate) | — | 4 times |
Foam Density | — | 15 lb/ft³ |
Specific Gravity | 1.10 g/cc | 0.24 g/cc |
Specific Volume | 25 cu. in./lb. | 115 cu. in./lb. |
Color | Clear | White |
Tensile Strength | 6,630 psi | — |
Tensile Modulus | 572,000 psi | — |
Tensile Elongation | 1.8 % | — |
Compressive Strength | 9,610 psi | — |
Compressive Modulus | 91,300 psi | — |
Flexural Strength | 10,980 psi | — |
Flexural Modulus | 410,000 psi | — |
Shrinkage | 0.002 in. / in. | — |
Heat Deflection Temp | 115 °F | — |
Refractive Index | 1.565 nm | — |
EpoxAcast™ 690 is an UV resistant clear casting epoxy resins suitable for a variety of industrial and art related projects requiring a rigid, clear finished casting. EpoxAcast™ 690 features a very low viscosity for easy mixing and minimal bubble entrapment. Castings cure with negligible shrinkage and are very hard and strong. Resin can be colored with UVO™ or IGNITE™ colorants. Cast Magic™ and Glow Worm™ powders can also be added to create amazing casting effects.
Soma Foama™ is a soft, two-component platinum silicone flexible foam that is versatile and easy to use. Soma Foama™ 15 expands 4 times its original volume and develops a uniform 15 lb./cu. ft. cell structure (240 kg/m³). Vibrant colors can be achieved by adding Silc-Pig™ silicone color pigments. Cured foam is high heat resistance (will resist up to 350°F/176°C), water resistant, UV resistant and resists oxidation and ozone degradation.