Call for Price

CO₂ Type Fire Extinguisher

  • Effective for electrical and flammable liquid fires
  • Leaves no residue behind
  • Provides fast and safe fire suppression
Category:

Description

The CO₂ (Carbon Dioxide) Type Fire Extinguisher is a highly effective fire suppression device designed primarily for electrical fires and flammable liquid (Class B) fires. It works by discharging high-pressure carbon dioxide gas, which displaces oxygen around the fire, quickly extinguishing it.

Since this extinguisher does not use water or powder, it leaves no residue, making it ideal for sensitive environments such as server rooms, data centers, electrical panels, laboratories, and areas with delicate equipment. Its rapid action and clean discharge ensure minimal damage to property while providing effective fire control.

Constructed with a robust steel cylinder, safety valve, and user-friendly discharge nozzle, the CO₂ Fire Extinguisher is manufactured according to international fire safety standards. It is a crucial component of fire protection systems in commercial, industrial, and office environments.

Key Features:

  • Suitable for electrical and flammable liquid fires
  • Leaves no residue or damage to sensitive equipment
  • Rapid fire suppression capability
  • Safe for use on electrical equipment
  • Complies with international fire safety standards

Technical Specifications:

Specification Details
Extinguisher Type CO₂ Fire Extinguisher
Fire Class Class B & Electrical Fires
Extinguishing Agent Carbon Dioxide (CO₂)
Capacity 2 kg / 3 kg / 5 kg (as required)
Discharge Time Fast
Cylinder Material High-Pressure Steel
Operating Temperature -20°C to +60°C
Compliance EN / IS / BS or local standards

Applications:

  • Electrical panels and substations
  • Server rooms and data centers
  • Laboratories and offices
  • Factories and industrial facilities
  • Commercial buildings and shopping malls

Reviews

There are no reviews yet.

Be the first to review “(CO2) Type Fire Extinguisher”

Your email address will not be published. Required fields are marked *