CO2 Fire Extinguisher

Protect valuable electrical and flammable-liquid equipment with a dependable CO2 Fire Extinguisher. Also known as a carbon dioxide fire extinguisher, it releases non-conductive carbon dioxide gas that suppresses fire primarily by reducing the oxygen concentration around the flame. CO2 extinguishers are commonly selected for suitable Class B and energized electrical hazards because the agent does not leave powder or foam residue.

From a small CO2 fire extinguisher for compact spaces to larger-capacity units for industrial environments, the correct capacity and fire rating should always be selected according to the specific hazard.

Specifications:

Product Type: CO₂ Fire Extinguisher

Brand: Any

Origin: China

Certifications: ISO 9001 Certified, BSTI Approved

Extinguishing Agent: Carbon Dioxide (CO₂)

Suitable Fire Classes: B, C, E

Spraying Range: ≥ 5 meters

Spraying Duration: ≥ 30 seconds

Temperature Range: –30°C to +60°C

Working Pressure: 150 bar

Hydraulic Test Pressure: 250 bar

Cylinder: Refillable steel cylinder

Features of CO2 Fire Extinguisher

1. High-Pressure CO2 Extinguishing Agent
2. Non-Conductive Fire Suppression
3. Residue-Free Discharge
4. Heavy-Duty CO2 Fire Extinguisher Cylinder
5. Durable Discharge Horn
6. Fast Fire Knockdown
7. Portable & Easy to Operate
8. Suitable for Electrical Fire Protection
9. Suitable for Selected Flammable-Liquid Fires
10. Multiple Capacity Options
11. Robust Valve & Safety Mechanism
12. Easy Installation with Suitable Bracket

Benefits of CO2 Fire Extinguisher

1. Protects Sensitive Electrical Equipment
2. Leaves Minimal Cleanup After Discharge
3. Helps Control Flammable-Liquid Fires
4. Provides Rapid Fire Suppression
5. Convenient for Indoor Commercial Applications
6. Reduces Potential Equipment Contamination
7. Easy to Position Near High-Risk Equipment
8. Available for Different Protection Requirements

Advantages of CO2 Fire Extinguisher

The major CO2 fire extinguisher advantages come from its electrically non-conductive agent and clean discharge.

1. Non-Conductive Extinguishing Agent
2. No Powder Residue
3. No Foam Residue
4. Quick Flame Suppression
5. Suitable for Sensitive Electronics
6. Compact Portable Designs
7. Useful for Electrical & Flammable-Liquid Hazards

Type of CO2 Fire Extinguisher

The type of CO2 fire extinguisher is generally differentiated by capacity, cylinder configuration, discharge arrangement and intended installation. Common options include:

1. Small Portable CO2 Extinguisher
2. 2–3 KG CO2 Extinguisher
3. 5 KG CO2 Extinguisher
4. 10 KG CO2 Extinguisher
5. Large-Capacity CO2 Extinguisher
6. Trolley-Mounted CO2 Extinguisher

The appropriate model should be selected based on the fire hazard, required rating, installation environment and applicable certification requirements.

CO2 Fire Extinguisher All Parts Name

Typical CO2 fire extinguisher all parts name may include:

1. CO2 Fire Extinguisher Cylinder
2. Valve Assembly
3. Safety Pin
4. Tamper Seal
5. Operating Handle
6. Discharge Horn
7. Dip Tube / Siphon Tube
8. Valve Outlet
9. Cylinder Neck
10. Carrying Handle
11. Identification Label
12. Wall Bracket

Exact components can vary according to manufacturer and extinguisher design.

CO2 Fire Extinguisher Class

A CO2 extinguisher is commonly rated for Class B and Class C hazards, depending on its certification and labeling. Class B covers flammable or combustible liquids, while Class C refers to energized electrical equipment in systems using the applicable classification terminology.

CO2 is generally not recommended for ordinary Class A combustible materials, because the fire may continue to smolder and reignite after the gas disperses.

CO2 Fire Extinguisher Application

1. Electrical Control Panels
2. LT Panels
3. MCC Panels
4. Server Rooms
5. Computer Rooms
6. Electrical Substations
7. Generator Rooms
8. Laboratories
9. Workshops
10. Offices
11. Flammable-Liquid Areas
12. Industrial Facilities
13. Commercial Buildings
14. Machinery Rooms

CO2 Fire Extinguisher Are Designed For

CO2 fire extinguishers are designed for suitable flammable-liquid and energized-electrical fire hazards where the extinguisher carries the appropriate rating. The gas is electrically non-conductive and leaves no conventional powder or foam residue.

CO2 Fire Extinguisher System

A CO2 fire extinguisher system can refer to portable CO2 extinguishers used as first-response protection or engineered fixed CO2 fire suppression installations. These should not be treated as interchangeable solutions; fixed systems require specialized design, hazard assessment and appropriate safety controls.

Water CO2 Fire Extinguisher

Water CO2 fire extinguisher is not a standard classification for a conventional CO2 extinguisher. Water and CO2 are different extinguishing agents with different applications. Water extinguishers are primarily intended for suitable Class A combustible materials, whereas CO2 extinguishers are commonly selected for suitable Class B and electrical hazards.

Mechanical CO2 Fire Extinguisher

The term mechanical CO2 fire extinguisher is sometimes used commercially, but CO2 extinguishers operate by storing carbon dioxide under pressure and releasing it through a valve and discharge horn. They do not rely on mechanical foam generation like a mechanical foam extinguisher.

Why Choose CO2 Fire Extinguisher?

1. Ideal for Suitable Electrical Fire Hazards
2. Residue-Free Suppression
3. Non-Conductive Extinguishing Agent
4. Professional Fire Safety Solution
5. Portable & Convenient Design
6. Multiple Capacity Choices
7. Suitable for Commercial & Industrial Protection
8. Effective for Compatible Class B Hazards
9. Helps Protect Sensitive Equipment

Conclusion

CO2 extinguishers should not be used in confined spaces containing people without appropriate safety precautions, because discharged CO2 can create an oxygen-deficient atmosphere. OSHA also notes that CO2 extinguishers are not recommended for ordinary Class A fires because smoldering materials can reignite.

For reliable protection, choose a properly certified best CO2 fire extinguisher according to the actual fire hazard, required fire rating and applicable local standards.