Product Summary
High-resilience shock-absorbing Silicone Foam is a high-elasticity addition curing liquid Foam Silicone. It features instant rebound, strong shock absorption and compression resistance, no permanent deformation after repeated extrusion. Safe and eco-friendly, it matches Mold Making Silicone and Pad Printing Silicone production lines, widely used for industrial buffer, shockproof filling and flexible protection products.
Product Overview
High-resilience shock-absorbing liquid silicone foam is a professional anti-vibration Foamed Silicone rubber developed for frequent compression and impact scenarios. Adopting optimized elastic molecular structure design, this two-component RTV2 silicone foam delivers fast rebound and stable buffer performance. It has uniform closed-cell foam structure, low shrinkage rate and excellent fatigue resistance, free of atrophy and hardening after long-term repeated use. With simple 1:1 mixing operation and wide temperature resistance range, it is compatible with Industrial mold silicone rubber and Electronic Potting Compound, serving as core shockproof material for industrial equipment and civilian flexible products.
Core Features & Advantages
1. Super high resilience, instant rebound after extrusion, no permanent compression deformation.
2. Excellent shock absorption and anti-collision performance, effectively buffering external impact force.
3. Long-term fatigue resistance, no hardening or performance attenuation after frequent use.
4. Stable physical performance in high and low temperature alternating environments.
5. Safe and inert material, no toxic precipitation, suitable for multi-industry application.
6. Easy processing, adaptable to manual and automated batch production.
Technical Specifications
Curing Type: Platinum addition curing
Mixing Ratio: 1:1
Rebound Performance: High instant resilience
Foaming Multiplier: Adjustable 2-6 times
Working Temperature: -65℃~200℃
Shrinkage: Ultra-low linear shrinkage
Property: Shockproof, elastic, anti-fatigue, eco-friendly
How to Use
1. Fully stir single components to homogenize stored raw materials.
2. Mix A and B glue at 1:1 proportion and stir evenly for sufficient reaction.
3. Vacuum defoam to avoid bubble defects affecting shock absorption performance.
4. Pour and cure at room temperature or heating condition to obtain high-resilience foam products.
Application Scenarios
Suitable for shockproof gaskets of precision electronic equipment, anti-collision buffer filling for robot silicone simulation products, shock-absorbing inner pads of children pillows and maternity cushions, anti-vibration accessories of printing equipment matched with pad printing silicone, and buffer protection parts of industrial mechanical equipment.
Buyer Benefits
High resilience greatly improves finished product shockproof quality, reducing product damage rate during transportation and use. Anti-fatigue performance extends product service life, lowers after-sales cost, and stable processing performance improves production efficiency and yield.
Certification & Customization
Compliant with RoHS, SGS, CE and ISO9001 standards. Support customized elasticity, hardness and foaming ratio for targeted shock absorption demands.
FAQ
Q1: Will elasticity drop after long-term compression?
A: No, excellent anti-fatigue performance ensures stable resilience for long-term use.
Q2: Can it be used for precision instrument protection?
A: Yes, soft and high-elastic, no damage to precision parts.
Q3: Is the operation complicated for mass production?
A: Simple 1:1 mixing, fully suitable for automated production.