TOP QUALITY FIRE PROTECTION
The use of wooden structures in modern architecture is often restricted due to fire
resistance requirements and wooden buildings must be built using special construction
techniques which result in increased costs and construction time.
The fire resistance classification achieved with enables the use of wooden structures in the
construction of public buildings, multi-storey buildings, and wooden houses built in
wooden-house neighborhoods.
In addition to pressure treated wood’s fire protecting properties, a lasting biological
protection against biological growth (mold/mildew) and noxious insects is gained.
RTE 1243/02: Flame resistance, fire propagation, and smoke generation, preliminary
results. Cellulose insulation treated with has held a 1/1 fire resistance classification and in
accordance with the new European EN 13823 SBI test method fire resistance
classification. was demonstrated to meet with class A2/B standards, the highest possible
class for wood (organic) materials.
Test 2002 (SEPA): 30 minute fire resistance test for load-bearing structures
A treated wooden framework passed the 30 minute fire resistance test.
RTE 1167/03 08.04.2003 EN 13823 SBI test, EN ISO 11925-2 small flame, EN 13501-1:
Material’s fire resistance classification
Fire resistance-treated wooden material met with the class B-s1, d0 standard. This is the
highest fire resistance class possible for wooden (organic) materials in the new European
classification system.
The treatment passed the UIC test for determining the fire-resistance of vehicles, wood
class B, and the DIN 54837/5510 test, class S4. These tests determine whether or not it is
permissible to use wood in vehicles: for example, in boats, airplanes, and subterranean
trains.
It should be noted that the liquid is environmentally friendly and does not emit poisonous vapors nor contain toxic (“heavy”) metals.
Fireprotecting, truck unit
Bs1,d0
