Easy Passive Fire Stopping for
Cross Laminated Timber Walls
Timber walls have undergone a modern renaissance in the construction industry in a new form of thick cross-laminated timber beams called CLT or mass timber. These sustainably sourced materials are being used in the Australian building industry due to their environmental sustainability, acoustic and fire-resistant properties. This page lists the tested passive fire penetration systems currently available to maintain the fire resistance level (FRL) of service penetrations through these timber wall systems.
Resources
We have a wide range of resources available for every product and system to ensure that you’re choosing the right fire stopping solution for your needs.
Learn More
FRL Tables, installation instructions, benefits, applications, and more are all available in our comprehensive manuals, for all systems and products.
Passive Fire Stopping Systems for
Cross Laminated Timber Walls
We can currently offer cavity barrier solutions for use at the slab edge with timber constructions as shown below, to comply with C1.13 of the NCC. We also have a range of fire stopping solutions for service penetrations through timber walls, this currently only applies to certain brands of CLT construction, however there is always more testing being done at Trafalgar– contact the technical team for assistance with fire engineering and site specific fire testing requirements ([email protected]).
Use the Interactive Render below to find the best fire-stopping system for your timber wall applications!
FyreCOLLAR Premium Retrofit are
designed to provide maximum protection
against the spread of fire through
walls and floors that are penetrated
by plastic conduits, plastic pipes or
air-conditioning service bundles.
Consisting of a high-density fibrous
lamella core, sealed on both sides
with a flexible fire rated ablative
coating, FyreBATT’s offer a high fire
protection, along with an effective
smoke and acoustic seal.
an intumescent lined,
retro-fit multi-service penetration
system designed to prevent the spread of
fire through small or large service
penetrations, in the smallest footprint
possible.
