Product Abstract
Hong Ye silicone rubber's Hydrogen Energy Fuel Cell Anti-Corrosion Insulating Foamed Silicone is new energy hydrogen system chemical-resistant Addition Curing Silicone, fuel cell stack shockproof sealing RTV Silicone Foam. Formulated with acid and alkali resistant hydrogen-grade liquid silicone, this electrochemical corrosion-proof Foam Silicone features hydrogen permeability resistance, electrolyte corrosion resistance, high-voltage insulation and thermal cycle stability, with adjustable 3-5 times low-gas-permeability foaming ratio. It is widely used for hydrogen fuel cell gap filling, proton exchange membrane buffer protection layer, hydrogen storage module insulation sealing, fuel cell power generation equipment shock-absorbing filler. Matched with fuel cell precision micro-structure Mold Silicone, the chemical inert Foaming Silicone Rubber forms anti-leakage insulating Silicone Sponge for long-term stable operation of hydrogen energy power generation systems.
Product Overview
This hydrogen fuel cell dedicated two-component liquid silicone is optimized for electrochemical working environments, solving the problems of ordinary foam hydrogen gas leakage and electrolyte corrosion failure in fuel cell stacks. As high-insulation inert Addition Curing Silicone, it effectively isolates internal electrochemical reactions and prevents external moisture and dust interference. After low-permeability dense foaming treatment, it forms gas-tight protective Silicone Sponge. Different from ordinary industrial foam with poor chemical stability and high gas permeability, this hydrogen-resistant RTV Silicone Foam improves the safety and service life of hydrogen energy equipment, belonging to professional anti-corrosion protective material for fuel cell systems Foaming Silicone Rubber.
Core Product Features & Advantages
1. Ultra-low hydrogen permeability: Dense closed-cell structure of Foaming Silicone Rubber prevents hydrogen leakage and improves system safety.
2. Electrochemical corrosion resistance: Inert modified liquid silicone resists long-term fuel cell electrolyte erosion.
3. High-voltage insulation safety: Stable dielectric property of Foam Silicone avoids short circuit of power generation components.
4. Thermal cycle stability: Temperature-resistant cross-linking ofAddition Curing Silicone adapts frequent start-stop temperature changes of fuel cells.
5. Micro-precision molding: Fits fuel cell tiny assembly gaps with high-precision Mold Silicone.
6. Long-term operational stability: Cured Foamed Silicone maintains airtight and insulating performance for years.
Step-by-Step Usage Instructions
1. Hydrogen-grade raw stirring: Stir fuel cell grade A/B liquid silicone evenly to stabilize anti-corrosion and airtight performance.
2. Precise proportional mixing: Mix 1:1 raw materials slowly for 3 minutes to ensure uniform dense pore structure.
3. Low-permeability defoaming: Eliminate micro-pores to enhance gas barrier performance of fuel cell Silicone Sponge.
4. Fuel cell mold curing: Micro-structure shaping via dedicated Mold Silicone to obtain airtight RTV Silicone Foam.
Application Scenarios
Hydrogen fuel cell stack internal gap sealing, proton exchange membrane buffer protection layer, hydrogen energy power generation module insulation filler, portable hydrogen equipment shockproof liner, industrial hydrogen storage cabinet anti-corrosion sealing foam. The inert Foamed Silicone provides safe and stable protection for hydrogen energy industrial equipment.
Precautions
Avoid sharp component scratching to prevent pore damage and reduced gas barrier performance of Addition Curing Silicone.
Packaging & Storage
25KG hydrogen energy dust-free sealed barrel, constant temperature dry storage, retain low-permeability performance of raw Foam Silicone.
FAQ
Q1: Can this Silicone Sponge effectively prevent hydrogen leakage?
A1: Low-gas-permeability Foaming Silicone Rubber provides excellent hydrogen barrier protection.
Q2: Resist long-term fuel cell electrolyte corrosion?
A2: Electrochemical inert liquid silicone adapts complex fuel cell working environment.
Q3: Custom micro-size sealing parts for fuel cell modules with Mold Silicone?
A3: Low-tolerance high-precision RTV Silicone Foam supports hydrogen equipment personalized customization.
Shenzhen Hong Ye Jie Technology Co., Ltd
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