Product Abstract
Hong Ye silicone rubber's Outdoor LED Lighting Waterproof Heat-Dissipation Foamed Silicone is lighting industry weather-resistantAddition Curing Silicone, landscape lamp heat insulation sealing RTV Silicone Foam. Formulated with anti-UV heat-conductive liquid silicone, this lamp body heat-dissipating Foam Silicone features high-efficiency heat conduction, rainwater waterproof sealing, ultraviolet aging resistance and dust-proof insulation, with adjustable 2-6 times lightweight foaming ratio. It is widely applied to outdoor LED floodlight internal gap filling, landscape street lamp heat insulation liner, solar lamp waterproof buffer gasket, high-power lighting equipment dustproof insulation layer. Matched with lighting equipment precision structural Mold Silicone, the weather-resistant Foaming Silicone Rubber forms heat-dissipating insulating Silicone Sponge for long-term outdoor LED lighting operation.
Product Overview
This outdoor LED lighting dedicated two-component liquid silicone is modified with uniform heat-conductive particles, solving the overheating and light attenuation problems of high-power LED lamps during long-term outdoor operation. As anti-UV stable Addition Curing Silicone, it resists long-term sun exposure and rain erosion without yellowing or cracking. After micro-pore uniform foaming treatment, it forms integrated heat-dissipating and waterproof Silicone Sponge. Different from ordinary foam with poor heat dissipation and easy aging, this weatherproofRTV Silicone Foam extends LED lamp service life greatly, belonging to professional outdoor lighting protective Foaming Silicone Rubber.
Core Product Features & Advantages
1. Efficient heat dissipation and cooling: Thermally conductive pore structure of Foaming Silicone Rubber rapidly derives LED lamp working heat.
2. Full weather resistance: Anti-UV modified liquid silicone avoids aging and yellowing under long outdoor sunlight irradiation.
3. IP67 waterproof and dustproof: Dense closed pores of Foam Silicone block rainwater and dust from entering lamp interior.
4. Insulation safety guarantee: Stable dielectric property of Addition Curing Silicone prevents outdoor lighting electric leakage risk.
5. Lighting precision molding: High-fit demolding with outdoor lamp dedicated Mold Silicone.
6. Long-term lighting stability: Cured Foamed Silicone keeps heat dissipation and sealing performance for more than 5 years outdoors.
Step-by-Step Usage Instructions
1. Heat-conductive stirring: Stir LED lighting grade A/B liquid silicone evenly to disperse heat-conductive additives fully.
2. Proportional uniform mixing: Mix 1:1 raw materials gently for 2-3 minutes to stabilize heat dissipation performance.
3. Fine vacuum defoaming: Remove tiny bubbles to ensure seamless fitting of lamp body Silicone Sponge.
4. Lighting mold curing: Inject into lamp structural Mold Silicone for shaping to obtain standard RTV Silicone Foam.
Application Scenarios
Outdoor high-power LED floodlight heat insulation filler, municipal street lamp waterproof sealing strip, solar landscape lamp dustproof buffer pad, stage outdoor lighting equipment insulation layer. The heat-dissipating Foamed Silicone effectively reduces LED light attenuation and failure rate in outdoor harsh environments.
Precautions
Avoid surface oil contamination, which will affect the heat conduction efficiency and weather resistance of Addition Curing Silicone.
Packaging & Storage
25KG electronic lighting dust-free barrel, constant temperature shade storage, retain heat-dissipating performance of raw Foam Silicone.
FAQ
Q1: Can this Silicone Sponge effectively solve LED lamp overheating problem?
A1: High thermal conductivity Foaming Silicone Rubber realizes rapid heat dissipation and uniform temperature.
Q2: Will it turn yellow and fail after long-term outdoor sun exposure?
A2: Anti-UV Addition Curing Silicone maintains stable color and performance outdoors.
Q3: Custom special-shaped lamp sealing parts with Mold Silicone?
A3: Low-shrinkage RTV Silicone Foam supports all outdoor lighting equipment personalized customization.