PAF Global

PAF Global

Fire protection systems for industrial and specialized applications
Fire protection systems for industrial and specialized applications
Perfluorohexanone
Aerospace
Fluid
Server rack cabinet with wiring protected by PAF-222 clean fire suppressant system
PAF-222 clean agent fire extinguisher cylinder installed in an electrical cabinet

What is PAF-222 (FK-5-1-12)?

High-efficiency clean agent fire extinguisher

High-efficiency clean agent fire extinguisher

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Colorless · Odorless · Evaporates quickly

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ODP 0

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Low GWP

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Decomposes in ~5 days

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Can replace HCFCs

Data center server room illustrating PAF-222 non-conductive, electrically safe fire suppression

Why choose PAF-222

Key Features of
PAF-222

Key Features of
PAF-222

Non-conductive (Dielectric)

Safe for electronic devices, prevents short circuits, and supports high voltage up to 60 kV.

Safe for humans and living organisms

Non-hazardous and non-irritating, suitable for use in occupied areas.

Eco-friendly

ODP value = 0 and very low GWP (<1), which does not deplete the ozone layer and reduces the impact on global warming.

Evaporates quickly, leaves no residue

Boiling point at 49.2°C, evaporates 50 times faster than water, leaving no residue after use.

Do not damage property

Safe for paintings, furniture, and electrical equipment, reducing damage after an incident.

High firefighting efficiency

Extinguishes fires rapidly and with greater efficiency than conventional extinguishing agents.

Article

Knowledge and articles about fire suppression systems

Molecular structure diagram of Perfluorohexanone (FK-5-1-12) clean fire suppressant compound

Clean agent fire extinguisher

What is Perfluorohexanone, and how is it related to FK-5-1-12?

Explain the substance Perfluorohexanone in the fluoroketone group, and its relationship to FK-5-1-12 and PAF-222 in clean agent fire extinguishers.

Molecular structure diagram of Perfluorohexanone (FK-5-1-12) clean fire suppressant compound

Clean agent fire extinguisher

What is Perfluorohexanone, and how is it related to FK-5-1-12?

Explain the substance Perfluorohexanone in the fluoroketone group, and its relationship to FK-5-1-12 and PAF-222 in clean agent fire extinguishers.

Molecular structure diagram of Perfluorohexanone (FK-5-1-12) clean fire suppressant compound

Clean agent fire extinguisher

What is Perfluorohexanone, and how is it related to FK-5-1-12?

Explain the substance Perfluorohexanone in the fluoroketone group, and its relationship to FK-5-1-12 and PAF-222 in clean agent fire extinguishers.

Fire suppressant safety documents including SDS and certificate paperwork with a magnifying glass

Standards and Laws

What is a carcinogen-free fire extinguishing agent? How to verify using SDS and Certificate documents

Explain what "carcinogen-free extinguishing agent" means and how to verify it from SDS, Certificate, and Datasheet documents before purchasing a clean agent fire extinguisher for B2B use.

Fire suppressant safety documents including SDS and certificate paperwork with a magnifying glass

Standards and Laws

What is a carcinogen-free fire extinguishing agent? How to verify using SDS and Certificate documents

Explain what "carcinogen-free extinguishing agent" means and how to verify it from SDS, Certificate, and Datasheet documents before purchasing a clean agent fire extinguisher for B2B use.

Comparison document illustrating PFAS-free versus PFAS non-detected fire suppressant standards

Standards and Laws

What is the difference between PFAS-free and PFAS non-detected? How to read documents before choosing a fire extinguishing agent

Explain the difference between 'PFAS-free' and 'PFAS non-detected' for fire extinguishing agents and clean agent fire extinguishers, along with the documents and test results that should be requested before purchasing.

Comparison document illustrating PFAS-free versus PFAS non-detected fire suppressant standards

Standards and Laws

What is the difference between PFAS-free and PFAS non-detected? How to read documents before choosing a fire extinguishing agent

Explain the difference between 'PFAS-free' and 'PFAS non-detected' for fire extinguishing agents and clean agent fire extinguishers, along with the documents and test results that should be requested before purchasing.

Bangkok skyline with fire safety equipment icons highlighting building fire risk areas

General Knowledge

Selecting fire extinguishing equipment suitable for the area and hazards

Guidelines for selecting firefighting equipment suitable for each area, including offices, Data Centers, electrical rooms, MDB cabinets, condos, EV Chargers, and factories, based on risk levels.

Bangkok skyline with fire safety equipment icons highlighting building fire risk areas

General Knowledge

Selecting fire extinguishing equipment suitable for the area and hazards

Guidelines for selecting firefighting equipment suitable for each area, including offices, Data Centers, electrical rooms, MDB cabinets, condos, EV Chargers, and factories, based on risk levels.