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April 29, 2026

Durable Silicone for Industrial and High-Performance Applications

HTV Silicone Rubber also called HCR is a Solid Silicone material designed for high-temperature curing and compression or extrusion molding processes. It is widely used in industrial manufacturing where strength, durability, and thermal resistance are essential.

HTV is ideal for producing components that must perform reliably under mechanical stress and elevated temperatures, making it a preferred choice for automotive, electrical, and general industrial applications.


🔹 Key Features

  • High Thermal Resistance – Performs under elevated temperatures
  • Excellent Mechanical Strength – Strong and durable finished products
  • Good Elasticity – Maintains flexibility over time
  • Weather & Aging Resistance – Suitable for long-term outdoor use
  • Stable Performance – Consistent results in industrial processing

🔹 Applications

  • Automotive components (seals, gaskets, hoses)
  • Electrical insulation parts
  • Industrial rubber products
  • Extruded and compression-molded items

Hardness Range

  • Available from 20 Shore A to 80 Shore A
  • Custom hardness options available upon request

Material Types

  • Translucent HTV – Suitable for general industrial applications
  • Transparent HTV – Ideal for premium and high-clarity products
  • Colored Grades – Available for specific product requirements

🔹 Processing Methods

HTV Silicone Rubber is suitable for:

  • Compression molding
  • Transfer molding
  • Extrusion processes

It is typically cured at high temperatures using peroxide or platinum curing systems depending on application requirements.


🔹 Why Choose Our HTV Silicone

  • Reliable industrial-grade material
  • Consistent quality for production stability
  • Suitable for a wide range of applications
  • Technical support for processing and selection
  • Contact us, our team can assist in selecting the right HTV grade based on your application.

We provide customized HTV silicone solutions based on hardness, transparency, and processing requirements.