Technical and Practical information Flamblocker CF7

Relevant technical and practical information on Flamblocker CF7

  • Environmentally Compliant Design: Meets new ecological standards

  • Versatile Dilution: Effective from a 1% dilution ratio.

  • Class A 1-3%, B 6%, F-D 10-12%

  • Comprehensive Fire Class Coverage:
    Suitable for all fire classes and burning materials, including natural resins

  • Thermal Resistance:

    Protects water from vaporizing up to 700°C

    Resists extreme temperatures up to 1 mega °C

  • Pressure Range: Works with any pressure-rated equipment
    (fire trucks, water cannons, bambi-buckets, sprinklers, water mist systems)

  • Nozzle Compatibility: Suitable for all nozzle types and dispersion ratios (C and D nozzles, micro water mist)

  • Extended Shelf Life: Stable as an agent without shelf life dependency in any type of packaging

  • Water Compatibility:Can be used with all water types (fresh, salt, brackish) and across pH levels

  • pH: 7,5 - 7,9  

  • Specific Gravity: 1,18

  • Self-Preserving: Naturally resistant to bacterial and fungal growth

  • Eco-Friendly Residue: Acts as a natural fertilizer after application

  • Non-Corrosive: Safe for equipment, no damage or buildup

  • Mixing Flexibility: Works as a pre-mix or can be applied directly if no mixing device is available

  • Color-Coded Options: Available in customizable colours for area marking

  • Packaging Variety: Offered in standard and custom packaging sizes

Dilution ratio 1 -3% A, 6% B, 10 % FD
Fire-classes A - B – F – D - E
Extinguishing agent Water with additives
Temperature range -30°C to +60°C
Viscosity Like water
pH (20°C) : 7,5-7,9
Relative density 1,18
Shelf life No Limit
HS : 38130000
Packing L 20, 50, 200, 1t
EAN : 5407008000288
Type CF-7ABDF

Storage conditions

CF7 requires to be stored in a sheltered condition, never in the open sun. Storage temperatures between -30C and +60C. Exceeding the storage temperature limitations or store CF7 in open sun conditions could infuence the efficiency of CF7 and could cause loss of operational capabilities of the CF7 agent.