STARBLAZE 34L02 FIRE BARRIER COATING (Mortar)

StarBlaze 34L02 fire stop mortar helps prevent fire and smoke from spreading through large openings with cable, pipe and mixed penetrations. It is an inorganic heat absorbing Fires Barrier designed to seal penetrations through walls, floors & ceilings to prevent fire spread & provide protection

STARBLAZE 34L01 FIRE BARRIER COATING SYSTEM

StarBlaze 34L01 is a four component Fire Barrier System consists of very high -density fire & heat resistant mineral wool boards StarBlaze 34L04, coated with water-resistant StarBlaze 34K01intumescent coating, affixed with 34L03 Self expanding fire resistant sealant, which transforms into a hard ceramic during a fire to prevent the passage of fire and smoke and the transfer of heat. Specifically designed for sealing around cable & service penetrations in walls and below panels. Specifically designed for sealing around cable & service penetrations in walls and below panels.

STARBLAZE 32I02 DI-ELECTRIC FLOOR COATING-B

  • High dielectric strength & insulation resistance.
  • Meets requirements of Class B, IS 15652: 2006 (>45KV BDV)
  • High Build-up possibility.
  • Self Levelling.
  • Excellent chemical resistance.

STARBLAZE 32I01 DI-ELECTRIC FLOOR COATING-A

A self–leveling solvent free, high breakdown voltage, protection & insulation coating, developed from a unique cycloaliphatic amine curative, designed to provide insulation safety flooring.
  • High dielectric strength & insulation resistance.
  • High build –up possibility.
  • High Adhesion properly.
  • Very good Chemical resistance.
  • Self-Leveling.

TEADIT® 24 B

  • High Flexibility
  • Less Friction
  • Better Heat Transmission
  • Lower Shrinkage
  • Less Relaxation

TEADIT® 25 BI

  • High Flexibility
  • Less Friction
  • Better Heat Transmission
  • Lower Shrinkage
  • Less Relaxation

TEADIT® 2006 FDA

  • High Flexibility
  • Less Friction
  • Better Heat Transmission
  • Lower Shrinkage
  • Less Relaxation

Dichtungsband TEADIT® 3070 FDA

  • High Flexibility
  • Less Friction
  • Better Heat Transmission
  • Lower Shrinkage
  • Less Relaxation