1.2m x 1.2m Fire Blanket
Our 1.2 m x 1.2 m fire blanket is perfect for home, offices or small commercial kitchen use. The fire blanket is fixed using a simple single fixing such as a wall hook or screw. Fire extinguishers should be used alongside fire blankets.
A Fire blanket is primarily used for isolation and extinguishing of fires caused by oils and fats.
The fire blanket should be kept in your home or commercial kitchen, in your caravan, boat or near any area at risk of combustion from cooking fats or oils.
All of our fire blankets are made from fire-resistant material designed to extinguish or smother a fire when used.
When ordering, choose a larger size blanket if you require protection from a commercial kitchen fire or hazardous industrial product.
Our fire blankets are available in four different sizes and can be used in commercial or domestic applications.
- 1m x 1m
- 1.2m x 1.2m
- 1.2m x 1.8m
- 1.8m x 1.8m
All fire blankets on our website are Approved and Certified to AS/NZS 3504
Identification
Your fire blanket should be identified from a distance by installing an identification sign at your fire blanket 2000mm from the floor level.
When can I use this fire blanket?
Our fire blankets can be used in commercial, industrial and residential applications.
Class F Fires – Fires produced from cooking fats and oils.
Other uses – Fire blankets can help in putting out clothing fires in the event of an accident in your kitchen, factory or workshop.
Where to use
Your new fire blanket should be kept in
- Caravan
- Kitchens
- Automotive workshop
- Large watercrafts
What does it come with?
Your new Fire Blanket will come with the following
- Fire Blanket
- Storage pouch
What else do I need?
For Commercial use, your new Fire Blanket requires identification signage and PVC maintenance tag. New Zealand standards (NZS4503) for Fire Blankets requires that identification signage is installed above the Fire Blanket. The sign provides information on what kinds of fire it can be used on and assist finding the fire extinguisher from a distance.
