ROCKWOOL is pleased
to announce that as the world’s largest producer of non-combustible stone wool
insulation, it will be unveiling its new FirePro DuctRock system at Firex
International 2018 at ExCeL London between June 19-21.
Visitors to the
ROCKWOOL stand A285 will be able to view a demo model and installation video of
the new FirePro DuctRock system.
Fully tested to
EN1366-1 and EN1366-8 for Fire Resisting Ductwork and Smoke Extract Systems, it
incorporates a suite of easily installed, cost effective solutions to provide
up to 120 minutes fire resistance.
The system will
provide contractors with the widest range possible for rectangular ducts,
ensuring a solution for all eventualities. As well as the DuctRock system,
ROCKWOOL will also be exhibiting a wide selection of other solutions from the
comprehensive FirePro range.
The FirePro range of
products provides firestopping and fire resistance solutions to protect
throughout the building, slowing the spread of fire, protecting escape routes
and allowing valuable time for safe evacuation and firefighting.
Beyond ROCKWOOL
insulation's inherent fire-resistant qualities, ROCKWOOL’s specialist range of
products and technical tools help installers, contractors and specifiers
conform to current fire regulations. The specialist FirePro range incorporates
solutions for building applications such as: structural protection, penetration
seals, linear joints, cavity barriers, HVAC and smoke management systems.
ROCKWOOL’s stone
wool insulation is capable of withstanding temperatures in excess of 1000°C and
has been awarded the highest possible European classification: A1
non-combustible. It provides vital fire protection in buildings, keeping people
safe, as well as minimising damage to valuable assets.
ROCKWOOL is
committed to enriching the lives of everyone who comes into contact with its
solutions. The company’s expertise is perfectly suited to tackle many of
today's biggest sustainability and development challenges, from energy
consumption and noise pollution to fire resilience, water scarcity and
flooding.
