Designed for aerospace, defense, and extreme industrial applications.
Our phenyl vinyl silicone gum maintains mechanical stability under low temperatures, ablative stress, and radiation exposure.

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Why Ordinary Silicone Rubber Fails in Extreme Conditions

Conventional silicone rubbers cannot withstand the combination of extreme cold, high-ablation stress, and radiation.

In low temperatures, they become brittle and lose elasticity; under ablative conditions, they degrade quickly; and prolonged radiation exposure compromises mechanical performance.

Our Phenyl Vinyl Silicone Gum Solution

Our Methyl Phenyl Vinyl Silicone Gum (PVMQ) MY 3120 is engineered for extreme conditions:

• Low-Temperature Resistance: Maintains flexibility and elasticity in sub-zero environments
• Ablation Resistance: Resists material degradation under erosive and high-stress conditions
• Radiation Resistance: Preserves mechanical and chemical stability in radiation-prone environments

Key Advantages

• Maintains mechanical stability at low temperatures
• Excellent ablation and erosion resistance
• Resistant to radiation-induced degradation
• Suitable for aerospace, defense, and extreme industrial applications
• Customizable phenyl and vinyl content for specific performance requirements

Typical Applications

• Aerospace components (rocket nozzles, thermal protection systems)
• Cryogenic and low-temperature systems
• High-stress industrial components
• Defense applications in radiation-prone environments

Technical & Supply Information

• Material Type: Phenyl Vinyl Silicone Gum (PVMQ)
• Custom phenyl content and vinyl levels available
• Consistent batch quality for industrial and aerospace use
• Technical support available for formulation and processing

Contact us to request pricing, samples, or technical support.
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