|Home||» Products||» Burner Components||» Low Heat Dissipation Energy-saving Explosion Vent|
Low Heat Dissipation Energy-saving Explosion Vent
Explosion Vent is one of the most effective form of explosion protection, that provides overpressure protection from industrial explosion dangers by offering a conceived pathway for the expanding gases to escape. Designed for use with square vents, Explosion Vent consists of different layers of high temperature stainless steel which absorb high heat produced at the time of combustion. Our innovative venting & flame less venting solutions gives protection you can rely on. Flame Extinguishment, Dust retention, Economical installation are some features of our product.Explosion door is mainly applied as leak equipment for safety in electric power industry, heater and industrial furnace in petrol-chemical industry, with the purpose of preventing the system pressure of heater and industrial furnace from exceeding the allowable limit value and ensuring safe operation.
The advantages of Low Heat Dissipation Energy-saving Explosion Vent developed by RC are listed below:
1. Energy Conservation
Because ceramic fiber was adopted as thermal insulation material for explosion door, so the surface temperature of explosion door can be kept under 60Ã¢â€žÆ’, which is 120Ã¢â€žÆ’ lower than the surface temperature of former general explosion door. In that case, thermal loss can be effectively prevented and thermal efficiency can be improved as well.
2. Safety & Reliability
Metal rupture membrane is very sensitive to pressure oscillation, and overpressure turning on speed is an order of magnitude faster than normal explosion vent. In addition, the surface temperature of explosion vent is quite low, which scalding accident can be avoided
3. Tight Sealing
Since special structure was adopted, explosion vent can seal tightly and ensure no leakage. Air factor can be reduced and the energy inside the furnace can be utilized effectively.
- Payment Terms
- Telegraphic Transfer (T/T), Letter of Credit (L/C)