Loctite 3D IND147 High Temp Black 1 kg
$260
Extreme-temp resin: HDT230°C for molding/dies. Stiff, dimensionally stable & production-ready.
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Description
Engineered to conquer environments where conventional resins fail, LOCTITE 3D IND147 redefines high-temperature performance with an industry-leading heat deflection temperature (HDT) exceeding 230°C. This specialized photopolymer delivers unprecedented thermal stability for demanding tooling and molding applications, maintaining critical dimensional accuracy even under sustained heat exposure.
Revolutionary Thermal Performance
- 230°C+ HDT: Withstands direct contact with molten materials and high-pressure steam
- Zero-deformation rigidity: Exceptional stiffness prevents warping during repeated thermal cycles
- Thermo-mechanical integrity: Retains toughness while resisting creep under mechanical stress
Precision-Engineered for Critical Applications
- High-temp tooling: Molds for silicone casting, low-pressure PU, and customized molds
- Functional prototyping: Directly test parts under end-use thermal conditions
- Custom cavity fabrication: Create bespoke molds for short-run production
- Uncompromised Output Quality
- Production-grade surface finish: Near-injection-molded aesthetics without post-processing
- Micron-level stability: ≤0.1% dimensional deviation across 50+ thermal cycles
- Cross-industry compatibility: Automotive test fixtures, consumer goods tooling, industrial molding
Compatible with open-source DLP/SLA systems (385-420nm).
- Brand Henkel Loctite
- Available colors Black
- Print Feature High Temp
- Young's Modulus (MPa) 1150 ± 160 / 3190 ± 80
- Tensile Stress at Break (MPa) 31 ± 2 / 67 ± 16
- Elongation at Break (%) 6 ± 2 / 2.4 ± 0.7
- Flexural Modulus (MPa) 1170 ± 100 / 3690 ± 60
- IZOD Impact (Notched, J/m) 14.6 ± 0.1
- Shore Hardness (3s) 94
- HDT@0.46 MPA (°C) 235-291
- HDT at 1.82 MPa 136-163
- Water Absorption (24hr) % 0.24
- Water Absorption (48hr) % 0.39
- Water Absorption (72hr) % 0.78
- Solid Density g/cm3 1.25 / 1.27
- Heat Capacity J/(g*K) 1.3
- Poisson’s Ratio 0.30 ± 0.03
- CTE (-30°C to 45°C) µm/(m·K) 114
- Tg °C 205-212
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