Aluminum-Filled High-Temperature Epoxy Casting Resin for Heat-Resistant Tooling & Molds | 350F | TECHNO CAST 8101 HT

Aluminum-Filled High-Temperature Epoxy Casting Resin for Heat-Resistant Tooling & Molds | 350F | TECHNO CAST 8101 HT

Aluminum-Filled High-Temperature Epoxy Casting Resin | 350F. TECHNO CAST 8101 HT is a two-part epoxy compound primarily designed for producing molds or parts used in vacuum molding or other operations. This system boasts high temperature resistance, maintaining its hardness and structural strength even in applications reaching nearly 180°C. Its low viscosity and minimal exothermic reaction allow for easy spreading and curing at room temperature for units up to 7.5 cm thick, depending on mass and design. With a quick post-curing schedule, this epoxy resin achieves its thermal properties in as little as a 5-hour post-cure.

Key Features:

• Low viscosity
• Minimal exothermic reaction
• Excellent reproduction quality
• Fast demolding time
• Easy to machine
• Negligible shrinkage

High Heat Resistance for Precision Molding

Experience unparalleled heat resistance with TECHNO CAST 8101 HT. Designed specifically for precision molding applications. This two-part epoxy compound ensures structural integrity and hardness even in environments reaching temperatures of up to 180°C. Whether used in vacuum molding operations or other processes, its exceptional heat resistance makes it ideal for creating molds or parts that demand durability in extreme thermal conditions.

Exceptional Quality and Versatility

With its low viscosity and minimal exothermic reaction, TECHNO CAST 8101 HT offers excellent reproduction quality and ease of use. Its rapid demolding time and negligible shrinkage further enhance its appeal, allowing for quick and efficient production processes. This epoxy compound is easily machinable, ensuring precision and accuracy in every mold or part created.

Fast Post-Curing for Efficient Production

One of the standout features of TECHNO CAST 8101 HT is its rapid post-curing schedule. Achieve thermal properties in as little as 5 hours of post-curing, enabling molds and parts to reach maximum thermal resistance and readiness for use within 5-7 hours. This innovative formulation streamlines production timelines without compromising on quality or performance.