Product Abstract
Hong Ye silicone rubber's Communication Electromagnetic Shielding Heat-Insulating Foaming Silicone Rubber is communication equipment anti-interference thermal control Addition Curing Silicone, base station signal shielding heat insulation RTV Silicone Foam. Made from conductive shielding modified communication-grade liquid silicone, this EMI anti-interference heat-dissipating Foam Silicone features efficient electromagnetic shielding, uniform heat dissipation, high-frequency signal stability and weather aging resistance, with adjustable 2-5 times lightweight communication foaming ratio. It is widely used for 5G base station internal gap filling, communication antenna shielding buffer layer, signal transceiver equipment heat insulation filler, outdoor communication cabinet anti-interference sealing pad. Matched with communication equipment precision structural Mold Silicone, the shielding heat-conductive Foamed Silicone forms anti-interference thermal control Silicone Sponge for 5G and IoT communication equipment.
Product Overview
This 5G communication dedicated two-component liquid silicone is doped with high-efficiency electromagnetic shielding particles, specially solving the problems of signal crosstalk and electromagnetic interference of high-frequency 5G communication equipment. As high-frequency stable Addition Curing Silicone, it will not cause signal attenuation or distortion while shielding external clutter electromagnetic waves. After uniform heat-conductive foaming molding, it forms integrated shielding and heat-dissipating Silicone Sponge. Different from ordinary heat insulation foam without anti-interference function, this multi-functional RTV Silicone Foam ensures stable high-frequency operation of communication equipment, belonging to 5G new infrastructure dedicated functional protective Foaming Silicone Rubber.
Core Product Features & Advantages
1. Efficient EMI shielding performance: Conductive modified structure of Foaming Silicone Rubber eliminates high-frequency electromagnetic interference.
2. Low signal loss protection: High-frequency compatible liquid silicone avoids 5G signal attenuation and distortion.
3. Uniform thermal control: Micropore heat-conductive design of Foam Silicone derives base station operating heat rapidly.
4. Outdoor weather resistance: Anti-aging stable Addition Curing Silicone adapts long-term outdoor base station operation.
5. Communication precision molding: Fits 5G equipment compact structural Mold Silicone batch assembly.
6. Lightweight energy saving: Low-density cured Foamed Silicone reduces overall load of communication cabinets.
Step-by-Step Usage Instructions
1. Shielding raw stirring: Stir 5G communication grade A/B liquid silicone fully to disperse shielding functional particles evenly.
2. Low-speed proportional mixing: 1:1 uniform stirring for 2-3 minutes to stabilize shielding and heat dissipation performance.
3. Fine defoaming treatment: Ensure uniform pore structure to guarantee consistent anti-interference effect of Silicone Sponge.
4. Communication mold curing: Mold shaping via 5G equipment dedicated Mold Silicone to obtain functional RTV Silicone Foam.
Application Scenarios
Outdoor 5G base station heat insulation and shielding filler, communication antenna anti-interference buffer pad, signal transceiver equipment thermal control layer, IoT communication cabinet sealing and noise reduction foam, high-frequency communication module electromagnetic isolation liner. The multi-functional Foamed Silicone effectively improves the stability and service life of 5G communication equipment.
Precautions
Avoid excessive extrusion and deformation, which will affect the electromagnetic shielding uniformity of Addition Curing Silicone.
Packaging & Storage
25KG communication dust-free sealed barrel, ventilated shade storage, keep shielding and heat dissipation performance of raw Foam Silicone.
FAQ
Q1: Can it effectively shield 5G high-frequency electromagnetic interference?
A1: Professional shielding modified Foaming Silicone Rubber targets high-frequency communication clutter interference suppression.
Q2: Will the shielding material affect normal 5G signal transmission?
A2: High-frequency compatible Addition Curing Silicone causes zero valid signal loss.
Q3: Custom compact parts for 5G base station with Mold Silicone?
A3: High-precision low-shrinkage RTV Silicone Foam adapts miniaturized 5G equipment assembly standards.
Shenzhen Hong Ye Jie Technology Co., Ltd
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