Product Type |
|
|
Mixed Viscosity | 23,000 cps | 150 cps |
Pot Life | 45 minutes | 120 minutes |
Cure Time | 7 hours | 16 hours |
Shore A Hardness | 10 | 33 |
Color | Translucent | Clear |
Dragon Skin™ 10 SLOW | Rubber Glass™ | |
---|---|---|
Product Type |
|
|
Mixed Viscosity | 23,000 cps | 150 cps |
Mix Ratio By Volume | 1A:1B | 1A:1B |
Mix Ratio By Weight | 1A:1B | 1A:1B |
Pot Life | 45 minutes | 120 minutes |
Cure Time | 7 hours | 16 hours |
Shore A Hardness | 10 | 33 |
Specific Gravity | 1.07 g/cc | 0.97 g/cc |
Specific Volume | 25.8 cu. in./lb. | 28.6 cu. in./lb. |
Color | Translucent | Clear |
Die B Tear Strength | 102 pli | — |
Tensile Strength | 475 psi | — |
Elongation @ Break | 1,000 % | — |
100% Modulus | 22 psi | — |
Shrinkage | <.001 in. / in. | <.001 in. / in. |
Useful Temperature (min) | -65 °F | — |
Useful Temperature (max) | 450 °F | — |
Dielectric Constant, 100Hz | — | 3.17 |
Dielectric Strength | >350 volts/mil | 319 volts/mil |
Dragon Skin™ silicones are high performance platinum cure liquid silicone compounds that are used for a variety of applications ranging from creating skin effects and other movie special effects to making production molds for casting a variety of materials. Because of the superior physical properties and flexibility of Dragon Skin™ rubbers, they are also used for medical prosthetics and cushioning applications. Dragon Skin™ rubbers are also used for a variety of industrial applications and have a service temperature range of a constant -65°F to +450°F (-53°C to +232°C)
Rubber Glass™ is a platinum-catalyzed silicone rubber product developed specifically for special effects and display applications. Two liquids (1 Part A + 1 Part B) are mixed together and poured into a container.
The mixture cures overnight to a solid water clear rubber that can then be easily broken or “crumbled” into pieces that look exactly like broken glass, ice or diamonds. Vibrant colors are possible by adding Silc-Pig™ liquid color pigments.
Rubber Glass™ can be used to create a variety of special effects (i.e. simulated broken glass where human contact is required) and model effects (i.e. simulated ice or water). It can also be used for electronic encapsulation applications.