SS Body 2 Kg Clean Agent Type Fire Extinguisher
Technical Specifications
Product Name: SS Body 2 Kg Clean Agent Type Fire Extinguisher
Type: Clean Agent – Stored Pressure
Capacity: 2 kg
Fire Classes:
Class B (Flammable liquids: oil, petrol, paints)
Class C (Gaseous fires: LPG, propane)
Safe for electrical fires (non-conductive)
Extinguishing Agent: HCFC 123 or HFC-227ea (Clean Agent Gas)
Cylinder Material: Stainless Steel (SS 304 grade)
Propellant: Nitrogen
Discharge Mechanism: Squeeze grip valve with hose and nozzle
Operating Pressure: Approx. 15 bar
Discharge Time: Approx. 8–12 seconds
Discharge Range: 2 to 3 meters
Working Temperature Range: -20°C to +55°C
Certification: ISI marked, CE certified
Features and Benefits
Leaves no residue – ideal for electronics and data centers
Non-corrosive, non-conductive, and eco-friendly agent
Elegant and durable stainless steel body for long life
Compact and easy to operate with quick-release trigger
Maintains cleanliness of protected equipment
Visual pressure gauge for constant readiness
No cleanup or damage post-discharge
Applications and Use Cases
The SS Body 2 Kg Clean Agent Type Fire Extinguisher is suitable for:
Server rooms and IT facilities
Control panels and electrical enclosures
Laboratories and R&D units
Hospitals and clinics with sensitive equipment
Corporate offices and meeting rooms
ATMs and telecom towers
Commercial kitchens with electrical appliances
Suitable Industry Types
Information Technology and Data Centers
Banking and Finance
Healthcare and Hospitals
Telecom and Broadcasting
Corporate and Commercial Offices
Educational Institutions with computer labs
High-end Residential Facilities
Packaging and Delivery
Product Packaging: Delivered with bracket and instruction manual in protective box
Delivery Timeline: 3–6 business days based on location
Shelf Life: 5 years with regular visual and functional inspection
Usage Note
The SS Body 2 Kg Clean Agent Type Fire Extinguisher is designed for rapid use in electronics-sensitive areas. Always ensure periodic inspection and avoid exposure to direct heat sources to maintain pressure integrity.
