Product Abstract
Hong Ye silicone rubber's Aerospace Lightweight Radiation-Resistant Thermal InsulationFoamed Silicone is aerospace extreme environment protective Addition Curing Silicone, satellite cabin radiation-proof buffer RTV Silicone Foam. Developed from aviation-grade radiation-resistant modified liquid silicone, this ultra-light thermal insulation Foam Silicone features cosmic radiation resistance, extreme temperature alternation adaptability, lightweight shock absorption and vacuum aging resistance, with adjustable 3-7 times high lightweight foaming ratio. It is dedicated to aerospace cabin internal gap filling, satellite equipment radiation-proof isolation layer, aerospace precision instrument shockproof liner, hypersonic vehicle thermal protection buffer filler. Matched with aerospace ultra-precision lightweight Mold Silicone, the space-resistant lightweight Foaming Silicone Rubber forms stable protective Silicone Sponge for aerospace and satellite equipment systems.
Product Overview
This aerospace dedicated two-componentliquid silicone is specially optimized for space vacuum, strong radiation and extreme temperature difference environment, solving the problems of traditional thermal insulation materials such as heavy weight, radiation aging and structural failure in aerospace scenarios. As high-stability space-grade Addition Curing Silicone, it resists cosmic ray erosion and -60℃~200℃ extreme temperature cycling without performance attenuation. After ultra-light uniform closed-cell foaming, it forms weight-reducing thermal insulationSilicone Sponge. Different from ordinary industrial thermal insulation foam that cannot adapt to space extreme conditions, this aerospace customized RTV Silicone Foam realizes equipment lightweight and long-life protection, belonging to core lightweight protective material for aerospace equipment Foaming Silicone Rubber.
Core Product Features & Advantages
1. Aerospace lightweight design: Low-density foaming structure of Foaming Silicone Rubber reduces satellite and aircraft load effectively.
2. Cosmic radiation resistance: Anti-radiation modifiedliquid silicone avoids material aging caused by space ray irradiation.
3. Extreme temperature adaptability: Stable toughness of Foam Silicone adapts aerospace ultra-high and ultra-low temperature alternation.
4. Vacuum aging resistance: Inert molecular structure of Addition Curing Silicone resists long-term space vacuum aging.
5. Aviation precision molding: Fits aerospace special-shaped structural parts with ultra-precision Mold Silicone.
6. High safety stability: Cured Foamed Silicone has no volatile substances, meeting aerospace environmental safety standards.
Step-by-Step Usage Instructions
1. Aviation raw stirring: Stir aerospace-grade A/B liquid silicone in dust-free workshop to stabilize radiation-resistant performance.
2. Precise proportional mixing: Mix 1:1 raw materials slowly for 3 minutes to ensure uniform foaming and stable structure.
3. Micro-pore defoaming: Optimize pore uniformity to guarantee lightweight and heat insulation balance of aerospace Silicone Sponge.
4. Aerospace mold curing: Shaping via aviation dedicatedMold Silicone to obtain high-stability RTV Silicone Foam.
Application Scenarios
Satellite cabin internal thermal insulation and radiation protection filling, aerospace precision instrument shockproof buffer layer, hypersonic vehicle thermal protection system liner, space equipment vacuum aging-resistant sealing foam, aviation lightweight structural gap filler. The aerospace-grade Foamed Silicone provides long-term reliable extreme environment protection for aerospace equipment.
Precautions
Avoid structural extrusion and damage, which will affect the lightweight and radiation-resistant performance of Addition Curing Silicone.
Packaging & Storage
25KG aerospace dust-free vacuum barrel, constant temperature sterile storage, retain space extreme environment resistance of raw Foam Silicone.
FAQ
Q1: Can this Silicone Sponge adapt to space vacuum and radiation environment?
A1: Professional aerospace-grade Foaming Silicone Rubber resists cosmic radiation and vacuum aging stably.
Q2: Does lightweight design sacrifice thermal insulation protection performance?
A2: High-efficiency thermal insulation liquid silicone balances lightweight and extreme temperature protection.
Q3: Custom special-shaped aviation structural accessories with Mold Silicone?
A3: Low-tolerance high-precision RTV Silicone Foam supports full aerospace equipment customization.
Shenzhen Hong Ye Jie Technology Co., Ltd
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