NSW Bushfire Building Guide by itiaustralia

ABOUT WHO IS ITI?

FLAMEfixx dFx®: Leading the Way in Fire-Rated Timber Solutions.

FLAMEfixx dFx® has set the standard in Australia for fire-retardanttreated timber, delivering superior protection and performance for structural and decorative applications.

Designed for use in bushfire-prone areas, FLAMEfixx dFx® meets stringent fire safety standards while maintaining the natural beauty of timber.

BAL-40 rated fire-retardant-treated timber

Sourced from sustainable plantation-grown timber

Exterior above ground use H3

Advanced, organic fire-retardant treatment for long-lasting protection

Compliant with AS 3959 for use in bushfire-prone areas

Ideal for residential, commercial, and infrastructure projects where fire resistance is essential.

Thank you for your continued support.

Over the past 37 years, ITl’s constant drive for innovation has resulted in the development of a range of revolutionary, purposedesigned timber solutions.

A market-first created in partnership with Resene Paints, Design Pine offers a range of true primed structural and decorative timber products that are finger-jointed and laminated for increased dimensional stability.

Another ITI innovation, FLAMEfixx dFx® a world first timber treatment combining the H3 durability for Radiata Pine and an approved Fire Retardent in BAL areas up to an dincluding BAL40.

LOCATIONS

ARE YOU BUILDING IN A BUSHFIRE-PRONE

AREA IN NSW?

This guide provides a ready reckoner for acceptable timber products that can be used when building within bushfire-prone areas in New South Wales. Building for bushfire protection deemed to satisfy requires compliance with the following code, standard and guide:

Are you building in abushfire-prone area inNSW?

• The National Construction Code 2022 (NCC),

• Australian Standard 3959 – Construction ofBuildings in Areas•Planning For Bush Fire Protection, NSWRFS, 2019

When building in prone areas in New South Wales, there are additional requirements and limitations placed on construction. This ready reckoner is a quick visual guide to what can be built in timber and Flamefixx treated timber.

Building Types Requiring Bushfire Protection are summaries as;

• Single-family houses, duplexes or townhouses - Class 1

• Medium-density residential construction –apartments, hotels and motelsClass 2, 3 and 4

• Healthcare building; early childhood centre; andprimary or secondary school - Class 9 building

• Special fire protection purposes such as occupatedby mentally or physically incapacitated persons,seniors or retirement housing

• Sheds, garages or decks - Class 10a associated withany of the above

SPECIAL FIRE PROTECTION PURPOSES BUILDINGS

Healthcare buildings, early childhood centres,primary or secondary schools, buildings occupied by mentally or physically incapacitated persons, seniors, and retirement housing a respecial fire protection purposes buildings in NSW. There is no DTS solution for the exterior exposed timber for these building types. Where timber is preferred, a Performance Solution must be proposed. Performance Solutions are outside the scope of this guide.

BUILDING IN BAL AREAS

Building in BAL Areas up to BAL 29:

FLAMEfixx dFx Timber products are suitable for use with both enclosed and unenclosed decks for all BAL areas up to and including BAL 29. When building in these areas, it is crucial to adhere to AS3959 and we recommend installation in accordance with the Wood Solutions Domestic Timber Deck Design Guide.

Building in BAL 40 Areas:

For construction in BAL 40 areas, additional precautions must be taken due to the higher risk of bushfires. FLAMEfixx dFx Timber products used in BAL 40 areas are suitable for unenclosed applications.

Ember Protection:

FLAMEfixx dFx is compliant in all BAL areas up to and including BAL 40. However, if additional ember protection is required beyond what FLAMEfixx provides, supplementary protection measures,such as ember screens or additional fire-rated barriers, can be supplied and installed by others to further enhance the building’s resilience to bushfire attack.

TIMBER USED IN BUSHFIRE PRONE

AREAS

Many readily available timber products can be used within bushfire-prone areas without specific treatment or protection, including:

• There are no restrictions on the use of structural timber products for house framing that are not exposed to the outside.

• There is no limitation on the use of timber products for internal joinery,

• Some bushfire-resisting timbers can be used in external applications with out additional treatment.

• ITI’s Flamefixx can be used in all BAL levels up to and including BAL 40.

By selecting the appropriate materials and construction methodology, it is possible to build in timber while minimising the risk of ember attack, radiant heat, and even flame damage to your home during a bushfire.

WHAT IS A BRT? (BUSHFIRE RESISTING TIMBER)

AS3959 specifies timber used for construction in more bushfire-prone areas should not burn readily and that “timber may be ‘bushfire resisting’ by means of one or more of: the inherent properties of the material itself; or being impregnated with fire-retardant chemicals. The full lists of timber species is given in Appendix E of the Standard.

• Blackbutt

• Kwila (Merbau)

• Red Ironbark

• Red River Gum

• Spotted Gum

• Silvertop Ash

• Turpentine

• FLAMEfixx dFx®

BUSHFIRE ATTACK LEVELS NSW BAL RATINGS

As your home or building is subject to greater bushfire risk levels, the building will be subject to increasingly more stringent protection of the building envelope. To determine the risk level, the Bushfire Attack Level (BAL) must be assessed.

Check with your Local Council to determine the BAL of your property before planning your work. In NSW, the BAL is determined from the Planning For Bush Fire Protection, not the Australia Standard (AS 3959-2009) used in other parts of Australia. However, both methods are based on the same principles, considering the type of the surrounding vegetation,the distance of the vegetation from the site and the effective slope of the land under the classified vegetation.

The following provides a summary of the BAL as defined by the Planning For Bush Fire Protection:

Not Applicable (AS 3959 Classification BAL – LOW)

- Minimal attack from radiant heat and flame due to the distance of the building from the vegetation, although some attack by burning debris is possible. There is insufficient threat to warrant specific construction requirements.

BAL - 12.5

- Attack by burning debris is significant with radiant heat (not greater than 12.5 kW/m²). Radiant heat is unlikely to threaten building elements (such as unscreened glass). Specific construction requirements for ember protection and accumulation of debris are warranted.

BAL-19

- Attack by burning debris is significant, with radiant heat flux (not greater than 19 kW/m²) threatening some building elements (such as screened glass). Specific construction requirements for embers and radiant heat are warranted.

BAL - 29

- Attack by burning debris is significant, and radiant heat flux (not greater than 29 kW/m²) threatens building integrity. Specific construction requirements for ember and higher levels of radiant heat are warranted.Some flame contact is possible.

BAL 40

- Radiant heat flux and potential flame contact could threaten building integrity.

BAL - FZ

- Significant radiant heat and significantly higher likelihood of flame contact from the firefront will threaten building integrity and result in significant risk to residents.

If you are building a house in New South Wales, you can check your land’s BAL rating online.

The WoodSolutions Bushfire Calculator V2.1 is an online (to facilitate updating) design tool that enables building designers, builders, regulators, and homeowners to determine the relevant Bushfire Attack Level (BAL)for a specific building site.

SIMPLIFIED BUSFIRE COMPLYING

CONSTRUCTION IN NSW - DECKS

DECKS, RAMPS AND STAIRS - SUB-FLOOR SPACE ENCLOSED

SIMPLIFIED BUSFIRE

CONSTRUCTION IN NSW - DECKS

DECKS, RAMPS AND STAIRS - SUB-FLOOR SPACE OPEN

BUILDING ELEMENT

Deck/Ramp

Wall

Enclosing

Subfloor Space

Less than 400mm from the ground or an external horizontal surface-1 use timber framing, provided the framing is clad with non-combustible material such as fibre cement, bushfire resisting timber-2, Flamefixx dFx, or timber with a density of 750kg/ m3 or greater. Over 400mm, there are no restrictions on the material used.

Deck/Ramp

Bearers & Joists Any timber-3

Decking & Stair Treads

Timber framing provided the framing is clad with noncombustible material or bushfire resisting timbers-2 or FLAMEfixx dFx® cladding .

Timber framing provided the framing is with non-combustible material or FLAMEfixx dFx® cladding*.

Bearers & Joists

Decking & Stair Treads

Bushfire-resisting timbers-2 or FLAMEfixx dFx® timber.

Non-combustible materials or FLAMEfixx dFx® timber*.

Balustrades & Handrails

Bushfire-resisting timbers-2 or FLAMEfixx dFx® timber.

Less than 125mm from any glazing or any combustible wall handrails and balustrades to be made from bushfireresisting timbers-2 or FLAMEfixx dFx® timber.

125mm or more from the building hand rails and balustrades have no restriction on the materials used.

timber-3

Bushfire-resisting timbers-2 or FLAMEfixx dFx® timber.

Less than 125mm from any glazing or any combustible wall handrails and balustrades to be made from bushfire-resisting timbers-2 or FLAMEfixx dFx® timber.

125mm or more from the building handrails and balustrades have no restriction on the materials used.

Non-combustible materials or FLAMEfixx dFx® timber*.

Less than 125mm from any glazing or combustible wall cladding; the handrails and balustrades to be made from non-combustible material.

125mm or more from the building handrails and balustrades have no restrictions on the materials used.

NSW building regulations do no recognise deemed-tosatisfy construction solutions within this BAL. Building designs will require a Performance Solution.

Balustrades & Handrails

Less than 125mm from any glazing or any combustible wall handrails and balustrades to be made from bushfire-resisting timbers-2 or FLAMEfixx dFx® timber.

125mm or more from the building hand railsand balustrades have no restriction on the materials used.

Less than 125mm from any glazing or any combustible wall handrails and balustrades to be made from bushfire-resisting timbers-2 or FLAMEfixx dFx® timber.

125mm or more from the building handrails and balustrades have no restriction on the materials used.

*NSWRFS has an additional requirement of flaming; contact ITI directly for advice.

NOTES:

Less than 125mm from any glazing or combustible wall cladding; the handrails and balustrades to be made from non-combustible material.

125mm or more from the building handrails and balustrades have no restrictions on the materials used.

NSW building regulations do no recognise deemed-tosatisfy construction solutions within this BAL. Building designs will require a Performance Solution.

1. An external horizontal surface or a ledge includes decks, carport roofs, awnings and similar elements or fittings having an angle less than 18 degrees to the horizontal and extending more than 110 mm in width from the wall or window or door.

2. Bushfire-resisting timbers include Blackbutt, Kwila (Merbau), Red Ironbark, River Red Gum, Spotted Gum, Silver top Ash and Turpentine.

3. Consideration such durability, strength and appearance need to be considered in addition to bushfire requirements. These issues are not dealt with in this guide.

4. Complying roof systems include conventional non-combustible roof and materials (tile, metal sheet), ensuring any gaps over 3mm are protected by ember guards. For further details on sealants, skylights, etc, refer to AS 3959.

SIMPLIFIED BUSFIRE COMPLYING

CONSTRUCTION IN NSW - FLOORS SIMPLIFIED

CONSTRUCTION IN NSW - FLOORS

Wall

Enclosing

Subfloor

Space

Less than 400mm from the ground or an external horizontal surface-1 use timber framing, provided the framing is clad with noncombustible material such as fibre cement, bushfire resisting timber-2, Flamefixx dFx, or timber with a density of 750kg/ m3 or greater. Over 400mm, there are no restrictions on the material used.

Timber framing provided the framing is clad with noncombustible material or bushfire resisting timbers-2 or FLAMEfixx dFx® cladding .

Timber framing provided the framing is with non-combustible material or FLAMEfixx dFx® classing*. NSW building regulations do no recognise deemed-tosatisfy construction solutions within this BAL. Building designs will require a Performance Solution.

Subfloor

Supports (posts, stumps, columns, etc)

Bearers & Joists

Bushfire-resisting timbers-2 or Flamefixx dFx timber.

Bushfire-resisting timbers-2 or Flamefixx dFx timber. Non-combustible materials or Flamefixx dFx timber*.

Subfloor

Supports (posts, stumps, columns, etc)

& Joists

*NSWRFS has an additional requirement of flaming; contact ITI directly for advice.

NOTES:

2. Bushfire-resisting timbers include Blackbutt, Kwila (Merbau), Red Ironbark, River Red Gum, Spotted Gum, Silver top Ash and Turpentine.

3. Consideration such durability, strength and appearance need to be considered in addition to bushfire requirements. These issues are not dealt with in this guide.

T&G Strip, Particleboard & Plywood Flooring

Less than 400mm from the ground or an external horizontal surface-1, use timber framing, provided the framing is clad with noncombustible material such as fibre cement, bushfire-resisting timbers-2, FLAMEfixx dFx®, or timber with a density of 750 kg/ m3 or greater. Over 400mm, there are no restrictions on the material used.

Less than 400mm from the ground or an external horizontal surface1, use timber -framing, provided the framing is clad with noncombustible material such as fibre cement, bushfire- resisting timbers-2, FLAMEfixx dFx®, or timber with a density of 750 kg/m3 or greater. Over 400mm, there are no restrictions on the material used.

Provided the underside of the lowest joist or bearer is protected with a non-combustible material such as a metal roof sheet or fibre cement sheeting – any timber.

No covering –FLAMEfixx dFx® timber*.

Provided the underside of the lowest joist or bearer is protected with a non-combustible material such as a metal roof sheet or fibre cement sheeting – any timber.

NSW building regulations do no recognise deemed-tosatisfy construction solutions within this BAL. Building designs will require a Performance Solution.

SIMPLIFIED BUSFIRE COMPLYING

CONSTRUCTION IN NSW - WALLS SIMPLIFIED

CONSTRUCTION IN NSW - EAVES

EXTERNAL WALLS CLADDING

External

Wall Surface

Less than 400mm from the ground or an external horizontal surface-1 use timber with a density of 750kg/ m3 or greater, bushfire-resisting timbers-2, Flamefixx dFx timber cladding or with noncombustible material, i.e. 6 mm fibre cement. Over 400mm, there are no restrictions on the material used.

Bushfire-resisting timbers-2 orFLAMEfixx dFx® timber cladding or non-combustible material, i.e. masonry or 6 mm fibre cement.

Bushfire-resisting timbers-2 or FLAMEfixx dFx® timber cladding* or non-combustible material, i.e. masonry or 9 mm fibre cement. NSW building regulations do no recognise deemed-tosatisfy construction solutions within this BAL. Building designs will require a Performance Solution.

Gables

Cladding

EAVES LININGS, FASCIAS AND GABLES

Less than 400mm from the ground or an external horizontal surface-1 use timber with a density of 750kg/ m3 or greater, bushfire-resisting timbers-2, Flamefixx timber cladding or with non-combustible material, i.e. 6 mm fibre cement. Over 400mm, there are no restrictions on the material used.

Bushfire-resisting timbers-2 orFLAMEfixx dFx® timber cladding or non-combustible material, i.e. masonry or 6 mm fibre cement.

Bushfire-resisting timbers-2 or FLAMEfixx dFx® timber cladding* or non-combustible material, i.e. masonry or 9 mm fibre cement.

Fascias & Bargeboards

*NSWRFS has an additional requirement of flaming; contact ITI directly for advice.

NOTES:

2. Bushfire-resisting timbers include Blackbutt, Kwila (Merbau), Red Ironbark, River Red Gum, Spotted Gum, Silver top Ash and Turpentine.

3. Consideration such durability, strength and appearance need to be considered in addition to bushfire requirements. These issues are not dealt with in this guide.

Eave Linings Any timber

Bushfire-resisting timbers-2 or FLAMEfixx dFx® timber cladding or non-combustible material.

Bushfire-resisting timbers-2 or FLAMEfixx dFx® timber cladding or fibre cement with a minimum thickness of 4.5 mm.

FLAMEfixx dFx® timber* or steel sheeting.

FLAMEfixx dFx® timber cladding* or fibre cement with a minimum thickness of 6.0 mm or calcium silicate sheet with a minimum of 6 mm in thickness or steel sheeting.

NSW building regulations do no recognise deemed-tosatisfy construction solutions within this BAL. Building designs will require a Performance Solution.

*NSWRFS has an additional requirement of flaming; contact ITI directly for advice.

NOTES:

2. Bushfire-resisting timbers include Blackbutt, Kwila (Merbau), Red Ironbark, River Red Gum, Spotted Gum, Silver top Ash and Turpentine.

3. Consideration such durability, strength and appearance need to be considered in addition to bushfire requirements. These issues are not dealt with in this guide.

SIMPLIFIED BUSFIRE COMPLYING

CONSTRUCTION IN NSW - GARAGES

GARAGES, CARPORTS, VERANDAS AND SIMILAR ROOFED STRUCTURES BUILDING

The attached structure is separated from the building by a fire-rated FRL 60/60/60 wall that extends to the underside of a noncombustible roof covering4

Where the roof of an attached structure is separated from the roof space of the main building by a masonry veneer wall, 90mm thick

Verandah Posts

Any timber mounted on galvanised mounted shoes or stirrups with a clearance of not less than 75 mm above the adjacent finished ground level1 Less than 400 mm from the surface of the deck or ground to be bushfireresisting timber-2, FLAMEfixxdFx® or non-combustible material.

Bushfire-resisting timbers-2 or FLAMEfixx dFx® timber cladding or non-combustible material. Non-combustible

NSW building regulations do no recognise deemed-tosatisfy construction solutions within this BAL. Building designs will require a Performance Solution.

CONSTRUCTION IN NSW - FRAMING

FRAMING - INTERNAL WALLS AND ROOFS

Framing for Internal Walls

Roof Framing Under Complaint Noncombustible Roof Covering4

*NSWRFS has an additional requirement of flaming; contact ITI directly for advice.

NOTES:

2. Bushfire-resisting timbers include Blackbutt, Kwila (Merbau), Red Ironbark, River Red Gum, Spotted Gum, Silver top Ash and Turpentine.

3. Consideration such durability, strength and appearance need to be considered in addition to bushfire requirements. These issues are not dealt with in this guide.

SIMPLIFIED BUSFIRE COMPLYING

CONSTRUCTION IN NSW - TRIMMINGS

MOULDINGS AND TRIMS

External

Mouldings, Joiting Strips & Trims

Internal Doors, Joinery, Wall Linings, Ceiling Linings, Staircases & Flooring Over a Structural

Substrate

roof systems include conventional non-combustible roof and materials (tile, metal sheet), ensuring any gaps over 3mm are protected by ember guards. For further details on sealants, skylights, etc, refer to AS 3959.

and

PRODUCT OVERVIEW

FLAMEfixx dFx® is an advanced fire-retardant solution engineered to provide superior protection against bushfires while meeting the highest standards of safety and environmental responsibility. Designed for versatility and ease of use, FLAMEfixx dFx® is ideal for a range of applications, from residential and commercial buildings to infrastructure projects in bushfire-prone areas.

PRODUCT PORTFOLIO

The current FLAMEfixx dFx® product portfolio is designed to cater to the specific needs of the outdoor decking and exterior staircase markets, offering tailored solutions for enhanced fire protection in high-risk areas.

Each product in the portfolio is formulated to meet the rigorous demands of outdoor environments, ensuring durability and performance in the face of harsh weather conditions and potential fire hazards.

Tested for BAL areas up to and including BAL40, Meeting BAL 40 under the AS3959 –construction of Buildings in Bushfire-Prone areas, CodeMark certifed.

Sustainability - FLAMEfixx dFx® produced with radiata pine, the highest carbon sequestration and shortest regeneration cycle, timber uses the least amount of energy in production.

Structural MGP10 90x45mm, 140x45mm, 190x45mm

Structural F7 240x45mm, 290x45mm

Lengths 3.6m, 4.2m, 4.8m, 5.4m, 6.0m

Health, Safety & Environmental [HSE] - with no hydrocarbons present FLAMEfixx dFx® generates low smoke & spread of flame. Being water based it has low VOC’s & emissions making it a ‘green’ environmental option over other materials.

Meeting Australian H3 durability (AS1604.1) for insect attack (termites) & fungal decay

Decking 90x22mm

Lengths 3.6m, 4.2m, 4.8m, 5.4m, 6.0m

COMING SOON

FLAMEfixx dFx® has a range of Primed weatherboards, trims and accessories to suit BAL 40 areas. These products have gone through the rigorous testing process and with Codemark assurance you can build with timber cladding I Bushfire prone areas with confidence.

TRADITIONAL WEATHERBOARDS

SHIPLAP & CHAMFER BOARD

MODERN WEATHERBOARDS

FASCIA BULLNOSE & DAR

NATURAL PRODUCT

FLAMEfixx dFx® is manufactured from timber, a natural product and it will react to climatic (moisture and temperature) changes during the life of the product.

FASTENERS

All fasteners and fixings used with FLAMEfixx dFx® are required to be Class 3 Galvanised, 304,or 316 stainless steel.

CLASS 3 GLVANISED

REGENERATIVE WOOD SPECIES

Radiata pine has a regenerative cycle of 28-30years – shortest in the world!

CARBON SEQUESTRATION WOOD SPECIES

Radiata Pine generates very high carbon credits (decarbonisation), 2-3 times that of indigenous species - 1 hectare of radiata pine trees will lock up 4-7 tonne of carbon per year. (or 15-26 tonne C02).

ENERGY EFFICIENCY WOOD SPECIES

Wood uses very little to produce compared to other building materials,

An externally rated corrosion method, Class 3 Galvanised fasteners can be used ingeneral outdoor applications.

• Externally rated

• Matte silver finish

Class 3 rated fasteners are not recommended for applications within 5km of breaking surf or in close proximity to swimming pools.

304 Stainless Steel is one of the most common materials used for fasteners.304 Stainless Steel:

• Protects the screw from corrosion in most external applications

• Has an attractive silver finish

• Is the material of choice for most decking professionals 304 Stainless Steel is not recommended for applications within 1km of breaking surf or in close proximity to swimming pools.

316 Stainless Steel is a marine grade of Stainless Steel. 316 Stainless Steel:

• Offers the greatest resistance from corrosion

• Can be used in severe environmental conditions

• Has an attractive silver finish

• Can be used in close proximity to salt water bodies like the ocean and swimming pools.

Coating FLAMEfixx dFx Products

FLAMEfixx chemistry is alkaline and consequently not compatible with every Wood Stain or Paint Coating. FLAMEfixx must be coated with penetrating oils like Cutek Extreme CD50 or Universal Timber Oil. Both penetrating oils offer a highly diverse aesthetic when used in conjunction with their array of colour tints.

304 STAINLESS STEEL

316 STAINLESS STEEL

PRODUCT IDENTIFICATION

Each FLAMEfixx dFx® product decking, screening and structural timber are edge-branded with the logo, BAL rating, treatment plant number & chemical identification number and Hazard Class [H3] all in a single,rectangular grid. And relevant Australian Standards.

Hot tip: For Joists and Bearers this should be facing down so it can be reviewed on site by a certifier or relevant authority.

INSTALLATION

FLAMEfixx dFx® Timber products are manufactured from Radiata Pine, a natural product that reacts to climatic changes during its life. While we attempt to minimise the effects, these changes may have on the appearance of the product, resin bleed, raised grain, surface checking, or uneven swelling may occur due to climatic conditions. To reduce the risk of adverse effects in the wood fibre, we recommend the following guidelines.

Installation Guidelines:

When cutting and handling FLAMEfixx dFx® products, it is recommended that all necessary PPE clothing including gloves, nose, eye and throat protection to prevent dust ingestion. Off cuts and sawdust are non hazardous and can be disposed of through standard waste collection and disposal facilities. Never burn FLAMEfixx dFx® offcuts.

SATEFY & DISPOSAL STORAGE

Store FLAMEfixx dFx® boards in a dry well ventilated area, and prevention measures should be used to minimise the impact of rising moisture from underneath the boards when stored.

STRUCTURAL PRODUCTS

Characteristic Strengths for FLAMEfixx dFx® structural products.

Follow standard preparation methods for installing treated timber and store it in a dry, well-ventilated location.

FLAMEfixx dFx® should be sized and installed in accordance with Australian Standards AS 1684 Residential Framed Construction Parts 2, 3or 4.

Ensure the boards are equal to the original size.

Any timber exposed through cutting or notching must be recoated with an approved preservative sealer (e.g., Protim Solignum XJ, Tanalised EnSeal,or Tanalised Ecoseal).

Apply a coat of penetrating oil (Cutek or Universal Timber Oil) to all cuts, notches, and holes before installation.

All fasteners should be Class 3 Galvanised or 304 or 316 Stainless Steel.

Remove all dirt, dust, or contaminants from the board surface or substrate.

Fill any defects, damage, or nail holes with compatible exterior filler. Once installed, apply a coat of penetrating oil to protect the product during construction.

Upon completion, apply one or two further coats of penetrating oil as per the manufacturer’s guidelines.

FASTENERSSPAN TABLES

DECK BEARER 2.0kpa

Dfx® MGP10 Grade

FLAMEfixx dFx® ensures that all the resources needed to understand, select, and utilise the product solution is readily available at flamefixx.com.au.

The website serves as a comprehensive hub, offering detailed product information, technical specifications, and application guidelines to help customers make informed decisions.

Additionally, the site includes valuable resources such as case studies, FAQs, and contact information for expert support, ensuring that both current and prospective customers have all the tools they need to effectively utilise FLAMEfixx dFx® and achieve optimal fire protection for their properties.

HEAD OFFICE - SYDNEY

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