All products are tested to AS1530.4 – 2005 and AS4072.1 – 2005.

The passive fire protection products designed to protect service penetrations are tested using an open/closed format. That is, the pipe is capped on the fire side during the test and is open on the non fire side. When fire testing plastic pipes, 2m of pipe projects out of the supporting construction (wall or floor) and is deemed to be representative of general pipe systems – Soil, Waste and Vent, water supply and reticulation.

Advanced Intumescent Technology

At the core of the Allproof passive fire protection product range is the advanced intumescent technology. This enables Allproof to offer products with performance and design advantages for engineers and installers of passive fire protection products. Allproof’s intumescent material expands when exposed to heat and as its volume increases with significant expansion pressure it produces a stable char. The intumescent char formed is a poor conductor of heat, retarding heat transfer and retaining the integrity and insulation of service penetrations through otherwise fire-resistance rated walls or floors.

Allproof Intumescent technology:

• Flexible rubber-like composition allows easy handling
• Graphite based
• Moisture resistant
• Silver/Grey in colour
• Excellent expansion pressure and volume
• Material stable after expansion

Product Information

• Passive Fire Protection Products
• Passive Fire Protection Schedule (PDF)
• Passive Fire Protection Schedule (XLS)

http://www.fireprotection.org.nz/

The Fire Plate consists of a pair of galvanized steel plates that are fixed to the underside of a concrete floor slab. When they are fixed together, a cut out for 40mm pipe exists in the 2 halves. The core hole should be back filled with fire rated polyurethane foam and a 40mm pipe collar then fitted to the plate around the 40mm waste pipe.

Suitable for fitting to

• Concrete floors
• Hollow core construction floors

Feature List

• Galvanized steel plates
• Fire Plates used with Allproof 40mm pipe collar and fire rated foam
• Retro fit fire plates and collar

Product Overview

• Passive Fire Protection Products

Installation Details

Tested to AS1530.4 – 2005, AS4072.1-2005 and BSEN 1366.4 – 2006.

Suitable for:

• Sealing linear gap joint seals.
• Sealing small openings in fire walls and floors.
• Sealing around plastic pipe penetrations that have been protected with the recommended intumescent fire stop eg. Pipe collar, fire band.
• Sealing around trunking and steel pipes

Features:

• Fire rating up to 2hrs.
• Excellent adhesion to many common building substrates.
• Joint movement accommodation +/- 15%.
• Expands by approximately 15% in fire conditions.
• Fully paintable.

Product Brochure

• Passive Fire Protection Products

An Allproof pipe wrap is installed on each face of the plasterboard within the Fire Band. When a fire occurs the intumescent pipe wraps contained within the steel Fire band activate, filling the band with a fire resistant seal.

Fire Bands are also available with no fixing points to the plasterboard, these should extend at least 10mm out of the face of the wall on each side.

Instructions for Installation:

• The ends of the bands are installed flush with plasterboard face using fold out fixing tabs attached to the face of the wall.
• For fixed Fire Bands fasten into plasterboard using expanding hollow core wall anchors. Do not use fixings that rely on plastic or nylon components for grip.
• For Fire Bands that are not fixed, the band should extend out from the face of the wall by at least 10mm on each side.
• Seal gap between the Fire Band and the plasterboard of both wall faces with Allproof intumescent sealant.

Suitable for:

• Plasterboard wall penetrations

Features:

• Easy to use and install
• Custom made to length by Allproof

Installation Details:

Product Brochure:

• Passive Fire Protection Products

When a fire occurs the intumescent seal is activated and expands into the penetration cavity as the burning plastic pipe melts. When the intumescent seal expands it forms a fire resistant plug in the penetration, preventing the spread of fire.

The pipe wrap is designed to have the ends of intumescent material meet around the circumference of the pipe. No overlap will exist, allowing pipe to be centrally located within a core hole. For pipe sizes up to 100mm, only 1 layer of intumescent material is required, ensuring core holes can be kept to a minimum size.

Allproof pipe wraps have been tested on a variety of plastic pipes and have available in stock core sizes from 40mm – 150mm.

Suitable for fitting within:

• Concrete, masonry and porous concrete wall constructions
• Concrete floor construction
• Plasterboard penetrations (with Fireband)

Features:

• Water resistant
• Advanced intumescent technology allows smaller core holes
• Simple to use – easy to install
• For use on various plastic pipes
• Removable “pipe wrap installed” label for pipe work/wall

Instructions for Installation:

• Position fire wrap around circumference of pipe and remove backing from the self adhesive strip and join ends together
• Slide wrap into position ensuring wrap is located entirely within depth of the wall or floor. For floor applications the wrap should be flush with the underside of the floor.
• For wall applications, two wraps are required – one from each side; each wrap should be flush with the outside wall.
• If there is space between the concrete and the outer side of the wrap and above the wrap, backfill the space with Allproof PUFoam or mortar.
• The polyethylene sleeve can be removed and intumescent strip taped in place if the core hole is very tight.
• For plasterboard wall applications an Allproof Fireband must be used.

Product Installation:

Product Brochure:

• Passive Fire Protection Products

When fire occurs the intumescent material expands against the steel surround as the flammable plastic pipe running through the collar melts and burns away. The steel casing acts as an excellent heat sync ensuring fast activation of the intumescent, forming a stable fire resistant plug, maintaining both fire integrity and insulation.

Pipe collars are designed to be exposed in a wall or floor application (i.e. face fixed). The collars should always be bolted to the underneath of the concrete floor. In wall situations one collar should be used on each exposed side of the fire rated wall.

Suitable for fitting to:

• Concrete, masonry, brick walls.
• Plasterboard walls
• Concrete floors.
• Hollow core construction floors

Features:

• Totally unaffected by water
• Unique low profile design (25-100mm)
• Fit around socket connections (40mm-100mm)
• Stainless or galvanized steel case
• Retro fitting – easy install slide tab
• For use on various plastic pipes

Instructions for Installation:

• Ensure substrate around pipe is flat and free from obstructions.
• Open pipe collar and position around pipe.
• Slide tab through slot in pipe collar and fold back 180° to secure.
• Secure pipe collar into concrete by using M6 masonry anchors or expanding metallic bolts. Install pipe collars into plasterboard using expanding hollow core wall anchors.
• Do not use fixings which rely on plastic or nylon components for grip.
• Install only from underside on floor penetrations. Install pipe collar on both sides for wall penetrations.

Installation Details:

Product Brochure:

• Passive Fire Protection Products

DXF Files (right click to download):

• Allproof Fire Collar 25mm
• Allproof Fire Collar 40mm
• Allproof Fire Collar 50mm
• Allproof Fire Collar 65mm
• Allproof Fire Collar 80mm
• Allproof Fire Collar 100mm
• Allproof Fire Collar 150mm

• Pipe Collar Installation in Concrete Wall
• Pipe Collar Installation in Concrete Floor
• Pipe Collar Installation in Plasterboard Wall (external)
• Pipe Collar Installation in Plasterboard Wall (internal)

Tested to AS1530.4 – 2005, AS4072.1-2005 and BS 476 – part 20: 1987.

Suitable For:

• Backfilling around service penetrations.
• Fixing window or door frames.
• Filling irregular or awkward gaps where the foam will expand to completely fill the cavity/void.

Features:

• Excellent adhesion to many common building substrates.
• Once cured the foam can be cut, sawn, painted or plastered over.
• Expands up to 40 times its original volume.
• Coloured pink to identify it as a fire rated product.

Instructions for Installation:

• Surfaces must be firm, clean free of dust and loose particles.
• The cavity or voided area to be filled must be moistened well with water, this will aid installation adhesion to the substrate.
• Shake the can thoroughly, until the foam inside becomes liquid.
• Then attach the straw to the canister and commence to fill the cavity from the base of the aperture slowly and build up the layers of the foam, ensuring that the void is filled.
• Care to be taken not to over-fill the cavity.
• As a rule, only fill the cavity approximately half full as post expansion will fill the hole.
• Allow the foam to cure – full cure will be reached in approximately 24 hours. Cured foam can be cut using a sharp bladed instrument.
• Protect the foam from exposure to direct sunlight as polyurethane foam is not UV stable. Protect exposed foam from UV with plaster or paint.

Product Brochure:

• Passive Fire Protection Products

• CFWHA18L – 16-24mm Hollow Wall Anchor – Pipe Collars, Fixed Fire Bands – 100/box
• CFSAZ6525 – 25mm Masonry Anchor – Concrete Floors- 100/box
• CFHWAG – Hollow Wall Anchor Gun – Installing Hollow Wall Anchors – Each

Product Brochure:

• Passive Fire Protection Products