|
2 PART ADDITION CURE |
| TSE3453T |
TSE3455T |
TSE3457T |
TSE3466 |
| Features |
Easy flow, low durometer, good resistance to urethanes. |
Lowest viscosity product. Excellent resistance to polyurethane. |
Medium durometer, good dimensional stability. |
High durometer, low viscosity. |
| Typical Applications (include but not limited to) |
Architectural and Furniture Molding; Prototyping |
Architectural and Furniture Molding; Prototyping |
Prototyping |
Architectural and Furniture Molding; Prototyping |
| Catalyst |
TSE3453T B Mixed at 10:1 wt. % |
TSE3456 C Mixed at 10:1 wt. % |
TSE3457 C Mixed at 10:1 wt. % |
TSE3466 B Mixed at 10:1 wt. % |
| Color |
Translucent (base)
Translucent (catalyst)
Translucent (mixed) |
Translucent (base)
Translucent (catalyst)
Translucent (mixed) |
Translucent (base)
Translucent (catalyst)
Translucent (mixed) |
Translucent (base)
Translucent (catalyst)
Translucent (mixed) |
| Viscosity (cps) |
60,000 (base)
2,500 (catalyst)
45,000 (mixed) |
45,000 (base)
1,500 (catalyst)
30,000 (mixed) |
68,000 (base)
2,500 (catalyst)
45,000 (mixed) |
70,000 (base)
300 (catalyst)
45,000 (mixed) |
| Useful Temperature Range |
-55 to 200°C
(-67 to 392°F) |
-55 to 200°C
(-67 to 392°F) |
-55 to 200°C
(-67 to 392°F) |
-55 to 200°C
(-67 to 392°F) |
| Specific Gravity |
1.09 (base)
1.02 (catalyst) |
1.10 (base)
0.99 (catalyst) |
1.10 (base)
0.99 (catalyst) |
1.10 (base)
1.02 (catalyst) |
| Work Life |
2 hours |
1.5 hour |
1 hour |
1.5 hours |
| Pot Life |
2.5 hours |
2 hours |
1.5 hours |
2 hours |
Demold Time
(hours) |
24 |
24 |
24 |
24 hours |
| Hardness, Shore A Durometer |
40
(72 hours) |
41
(72 hours) |
47
(72 hours) |
60
(72 hours) |
| Tensile (psi) |
928 |
924 |
1123 |
1073 |
| Elongation (%) |
400 |
360 |
400 |
350 |
Tear Strength
(lb/in) |
143 |
112 |
191 |
91 |
| Linear Shrinkage (%) (24 hrs, 7 days) |
< 0.1 |
< 0.1 |
< 0.1 |
< 0.1 |
| Cure Time 25°C |
24 hours |
24 hours |
24 hours |
24 hours |
| 65°C |
To achieve faster cure speeds, elevated temperatures may be used. |
To achieve faster cure speeds, elevated temperatures may be used. |
To achieve faster cure speeds, elevated temperatures may be used. |
To achieve faster cure speeds, elevated temperatures may be used. |
| 100°C |
| 150°C |
