Unifoam

 Class A Foams
Home

Fire Fighting Foams

 

More Info?

 

Bottom of Page

 

Unifoam uniA 1

Unifoam uniA 01

Unifoam uniA 005


 

Unifoam uniA 1

Unifoam uniA 1 is a synthetic based foam concentrate for CLASS A type of applications such as: wood and paper fires, grass fires, structural fires, etc. This product has wetting properties inorder to penetrate deep seated fires and thereby extinguish and inhibit further ignition.

Unifoam uniA 1 can be used with non air aspirating nozzles (fog) as well as low expansion air aspirating nozzles and Compressed Air Foam Systems (CAFS).

As a wetting agent, use between 0.1% and 0.3%.

This product is biodegradable, non-corrosive and poses minimum risk to the environment.

 

APPLICATIONS

%

NOZZLES

EXPANSION

  CLASS A

1

Fog 2 to 5
Low 7 to 15

0.1 to 1

CAFS Variable
  Wetting Agent

0.1 to 0.3

Fog 2 to 5

 

TYPICAL PROPERTIES

  Specific Gravity (20 C) 1.04 to 1.06
  pH (20 C) 7.5 to 8.5
  Viscosity (25 C) 16 to 22 cps
  Freezing Point 0º C
  Minimum Use Temperature 5º C
  Maximum Use Temperature 49º C
  Stability: hot/cold no residue
  Storage Temperature 5º C to 49º C
  Recommended Storage Stainless steel, fibreglass, polyethylene
  Solution Stability Can be premixed with water
  Compatibility With fresh or sea water.
Shipping Containers
Shipping Weight
20 litres plastic pail
approx. 23 kg
200 litres plastic drum
approx. 220 kg

 


 

Unifoam uniA 01

Unifoam uniA 01 is a synthetic based foam concentrate for CLASS A type of applications such as: wood and paper fires, grass fires, structural fires, etc. This product has wetting properties inorder to penetrate deep seated fires and thereby extinguish and inhibit further ignition.

Unifoam uniA 01 can be used with non air aspirating nozzles (fog) as well as low expansion air aspirating nozzles and compressed air foam systems (CAFS).

As a wetting agent, use
between 0.05% and 0.1%

This product is biodegradable, non-corrosive and poses minimum risk to the environment.

 

APPLICATIONS

%

NOZZLES

EXPANSION

  CLASS A

0.1 to 0.5

CAFS Variable
  Wetting Agent

0.05 to 0.1

Fog 2 to 5

 

TYPICAL PROPERTIES

  Specific Gravity (20 C) 1.04 to 1.06
  pH (20 C) 7.5 to 8.5
  Viscosity (25 C) 16 to 22 cps
  Freezing Point 0º C
  Minimum Use Temperature 5º C
  Maximum Use Temperature 49º C
  Stability: hot/cold no residue
  Storage Temperature 5º C to 49º C
  Recommended Storage Stainless steel, fibreglass, polyethylene
  Solution Stability Can be premixed with water
  Compatibility With fresh or sea water.
Shipping Containers
Shipping Weight
20 litres plastic pail
approx. 23 kg
200 litres plastic drum
approx. 220 kg

 


 

Unifoam uniA 005

Unifoam uniA 005 is a synthetic based foam concentrate for CLASS A type of applications such as: wood and paper fires, grass fires, structural fires, etc. This product has wetting properties inorder to penetrate deep seated fires and thereby extinguish and inhibit further ignition.

Unifoam uniA 005 can be used with non air aspirating nozzles (fog) as well as low expansion air aspirating nozzles and compressed air foam systems (CAFS).

As a wetting agent, use at 0.025% to 0.05%.

This product is biodegradable, non-corrosive and poses minimum risk to the environment.

 

APPLICATIONS

%

NOZZLES

EXPANSION

  CLASS A

0.05 to 0.5

CAFS Variable
  Wetting Agent

0.05 to 0.1

Fog 2 to 5

 

TYPICAL PROPERTIES

  Specific Gravity (20 C) 1.04 to 1.06
  pH (20 C) 7.5 to 8.5
  Viscosity (25 C) 16 to 22 cps
  Freezing Point 0º C
  Minimum Use Temperature 5º C
  Maximum Use Temperature 49º C
  Stability: hot/cold no residue
  Storage Temperature 5º C to 49º C
  Recommended Storage Stainless steel, fibreglass, polyethylene
  Solution Stability Can be premixed with water
  Compatibility With fresh or sea water.
Shipping Containers
Shipping Weight
20 litres plastic pail
approx. 23 kg
200 litres plastic drum
approx. 220 kg

 

 

 

Unifoam  Class A Foams
Home Fire Fighting Foams  

More Info?

  Top of Page
Copyright © 2024 Unifoam Company Limited. All Rights Reserved.
Specifications subject to change.