Product Abstract
Aerospace Low-Outgassing Thermal Insulation Foamed Silicone is aviation-grade space environment resistant Addition Curing Silicone, satellite cabin lightweight thermal barrier RTV Silicone Foam. Developed from ultra-pure low-volatility aerospace liquid silicone, this low-outgassing heat-insulating Foam Silicone features vacuum stability, extreme temperature resistance, zero debris shedding and radiation aging resistance, with adjustable 2-5 times lightweight foaming ratio. It is dedicated to satellite cabin internal gap sealing, aerospace instrument thermal insulation lining, aircraft cockpit temperature buffer gasket, hypersonic vehicle surface heat protection filler. Matched with aerospace precision lightweight Mold Silicone, the high-performance Foaming Silicone Rubber forms low-outgassing heat-preserving Silicone Sponge adapting extreme aerospace working conditions.
Product Overview
This aerospace dedicated two-component liquid silicone complies with NASA low-outgassing standards, with extremely low volatile content to avoid precision aerospace instrument contamination in vacuum environment. Different from ordinary industrial foam with high volatilization, this high-purity Addition Curing Silicone maintains stable physical properties under alternating extreme high and low temperatures in space. After precise micro-pore foaming treatment, it forms lightweight heat-insulating Silicone Sponge. The radiation-resistant Foaming Silicone Rubber resists cosmic ray long-term erosion, classified as professional aerospace thermal protection dedicated RTV Silicone Foam .
Core Product Features & Advantages
1. Ultra-low outgassing performance: Purified formula ofFoaming Silicone Rubber meets aerospace vacuum environment material standards.
2. Extreme temperature adaptability: Modifiedliquid silicone withstands -60℃ to 220℃ alternating temperature changes.
3. Lightweight energy saving: Low-density foaming of Foam Silicone reduces aircraft and satellite load weight effectively.
4. Cosmic radiation resistance: Stable cross-linking structure of Addition Curing Silicone avoids radiation aging failure.
5. Aviation precision molding: High-precision demolding with aerospace customized Mold Silicone.
6. Zero pollution protection: Cured Foamed Silicone produces no volatile substances or falling debris.
Step-by-Step Usage Instructions
1. Dust-free stirring: Stir aerospace-grade A/B liquid silicone in ultra-clean workshop to prevent impurity contamination.
2. Isometric uniform mixing: Mix raw materials at 1:1 ratio gently for 3 minutes to stabilize low-outgassing performance.
3. High-precision defoaming: Remove micro bubbles to ensure compact and uniform surface of finished Silicone Sponge.
4. Aviation mold curing: Shaping via aerospace precision Mold Silicone to obtain standard qualified RTV Silicone Foam.
Application Scenarios
Satellite cabin thermal insulation sealing strip, aircraft cockpit temperature buffer liner, aerospace precision instrument shockproof heat insulation pad, hypersonic vehicle thermal protection filler, aviation electronic equipment radiation isolation foam. The low-outgassing Foamed Silicone ensures long-term stable operation of aerospace equipment in extreme environments.
Precautions
Strictly prohibit impurity doping during processing, which will destroy the low-outgassing stability of Addition Curing Silicone.
Packaging & Storage
25KG aerospace vacuum sealed barrel, constant temperature dust-free warehouse storage, retain space-grade performance of raw Foam Silicone.
FAQ
Q1: Can this Silicone Sponge adapt space vacuum extreme environment?
A1: Low-volatility aerospace Foaming Silicone Rubber is specially optimized for space vacuum working conditions.
Q2: Will it produce volatile pollutants to damage precision instruments?
A2: Ultra-pure Addition Curing Silicone achieves zero effective outgassing pollution.
Q3: Custom ultra-precision aerospace parts with professional Mold Silicone?
A3: Low-shrinkage high-precisionRTV Silicone Foam supports all aviation personalized customization.