Product Type |
|
|
Mixed Viscosity | 350 cps | 1,000 cps |
Mix Ratio By Volume | 2A:1B | N/A (gram scale required) |
Pot Life | 10 minutes | 30 seconds |
Cure Time | 3.5 hours | 2 hours |
Shore D Hardness | 80 | — |
Specific Volume | 25.1 cu. in./lb. | 420 cu. in./lb. |
Color | Clear (Slightly Yellow In Thick Sections) | White |
XTC-3D™ | FlexFoam-iT!™ IV Tuff Stuff | |
---|---|---|
Product Type |
|
|
Mixed Viscosity | 350 cps | 1,000 cps |
Mix Ratio By Volume | 2A:1B | — |
Mix Ratio By Weight | 100A:42B | 80A:100B |
Pot Life | 10 minutes | 30 seconds |
Thin Film Working Time | 20 minutes | — |
Thin Film Recoat Time | 90 minutes | — |
Tack Free Time | 2 hours | — |
Handling Time | — | 45 minutes |
Cure Time | 3.5 hours | 2 hours |
Shore D Hardness | 80 | — |
Expansion (approximate) | — | 13 times |
Foam Density | — | 4 lb/ft³ |
Specific Gravity | 1.09 g/cc | 0.06 g/cc |
Specific Volume | 25.1 cu. in./lb. | 420 cu. in./lb. |
Color | Clear (Slightly Yellow In Thick Sections) | White |
XTC-3D™ is a protective coating for smoothing and finishing 3D printed parts. Two liquids are mixed together and brushed onto any 3D print. Coating self-levels and wets out uniformly without leaving brush strokes. Working time is 10 minutes and cure time is about 4 hours (depending on mass and temperature). XTC-3D™ cures to a hard, impact resistant coating that can be sanded, primed and painted. Adding colors and metal effects is easy.
FlexFoam-iT!™ Series foams are premium quality water blown flexible foams that can be used for a variety of industrial, special effects and art & crafts and projects. With several to choose from, uses include making theatrical props (swords, knives, hammers, etc.), industrial gaskets, custom padding and cushioning, and more. SO-Strong™, UVO™ or IGNITE™ colorants can be added for color effects.
Part A and B liquids are combined, mixed and poured into a mold or other form (apply release agent if necessary). Mixture will rise and cure quickly to a solid, flexible foam. Foams vary by density and offer good physical properties.