Product Abstract
Railway Vehicle Vibration Isolation Foamed Silicone is rail transit certified Addition Curing Silicone, dedicated heavy-duty RTV Silicone Foam. Formulated with rail-grade anti-fatigue liquid silicone, this vibration damping Foam Silicone features fatigue resistance, weather resistance, oil resistance and low noise performance, with adjustable 2-7 times foaming ratio. It serves for train carriage gap sealing, rail vehicle undercarriage shock pad, subway interior buffer fitting. Matched with rail engineering customized Mold Silicone, the reinforced Foaming Silicone Rubber forms durable load-bearingSilicone Sponge adapting long-term high-frequency vehicle vibration operation.
Product Overview
This rail transit two-component liquid silicone adopts platinum anti-fatigue formula, passing rail fire and vibration industry test standards. Different from ordinary industrial foam, this cyclic-use Addition Curing Silicone owns ultra-low compression set rate. After constant temperature foaming vulcanization, it forms closed-cell shock-absorbing Silicone Sponge. The oil-resistant Foaming Silicone Rubber resists locomotive lubricant corrosion, classified as transit engineering customized RTV Silicone Foam for subway, high-speed train and light rail assembly.
Core Product Features & Advantages
1. High anti-fatigue performance: Modified molecular structure of Foaming Silicone Rubber adapts years of cyclic vibration impact.
2. Locomotive oil resistance: Inert property of rawliquid silicone avoids swelling from engine lubricant soaking.
3. Wide temperature adaptability: Transit-grade Addition Curing Silicone keeps elasticity from -70℃ to 205℃.
4. Carriage noise reduction: Porous structure of Foam Silicone weakens running vibration and airflow noise.
5. Engineering mold compatibility: Stable shrinkage fits large-size rail structural Mold Silicone batch production.
6. Long service lifespan: Cured finished Foamed Silicone no cracking or hardening in outdoor rail environment.
Step-by-Step Usage Instructions
1. Pre-stirring: Stir rail-grade A/B anti-fatigue liquid silicone fully to eliminate filler sedimentation.
2. Proportion mixing: Blend materials at standard 1:1 ratio, stir evenly for 2-3 minutes to activate curing reaction.
3. Vacuum defoaming: Remove micro bubbles to ensure tight sealing structure of finished Silicone Sponge.
4. Heating shaping: Inject into rail engineering Mold Silicone cavity, heat cure to form finishedRTV Silicone Foam.
Application Scenarios
High-speed train carriage joint sealing strip, subway chassis vibration isolation cushion, light rail interior decoration buffer pad, locomotive electrical box dustproof foam liner. The anti-fatigue Foamed Silicone improves riding comfort and operational stability of rail vehicles.
Precautions
Keep away from tin compounds and sulfur impurities, which will damage cross-linking structure of Addition Curing Silicone during curing.
Packaging & Storage
25KG, 200KG industrial sealed barrel packing, constant temperature ventilated warehouse storage, protect vibration-resistant activity of originalFoam Silicone.
FAQ
Q1: Can this Silicone Sponge withstand long-term train vibration?
A1: Low compression set Foaming Silicone Rubber keeps intact shape after millions of vibration cycles.
Q2: Resist locomotive oil and outdoor temperature change?
A2: Rail customized Addition Curing Silicone has dual oil-proof and climate-resistant performance.
Q3: Produce large rail fittings with engineering Mold Silicone?
A3: Low-shrinkage RTV Silicone Foam meets rail part dimensional tolerance standards fully.