FibreWood

Recycled Wood Plastic Composite

Overview

The denomination ‘wood-plastic composites’, WPC, is used to designate materials or products made of one or more natural fibres or flours and a polymer or a mixture of polymers.

Natural fibres and flours come from different vegetable sources (e.g. wood, hemp, sisal, jute, kenaf, rice) and all kinds of polymers (virgin or recycled) can be used but currently the most common ones are polypropylene (PP) and polyethylene (PE).

Benefits

Contains renewable resources

Does not warp, crack or rot

Tailoring with traditional wood tools

Does not attract mould

Variety of iron based, colour fast colours

Reduced weathering, zero maintenance

Contains renewable resources

Does not warp, crack or rot

Tailoring with traditional wood tools

Does not attract mould

Variety of iron based, colour fast colours

Reduced weathering, zero maintenance

Benefits

DECKING

FURNITURE

CEILING
LINING

WALL
CLADDING

FENCING

COEXTRUSION

Specification

SIS’s research and development into WPC ingredients, manufacturing processes and products is always ongoing, it is false to assume that it is just waste wood and a kind of polymer mixed together and pressed through an extrusion die or into the cavity of an injection mould.

Our innovative, state of the art WPC compounds are well advanced. We have a large investment in intellectual property associated with wood conditioning, treatment, stabilisation of various polymers as well as crucial additives and processing. Our composite formula’s brings together the best qualities.

Our composite formula’s brings together the best qualities of wood and plastic to create a superior alternative to wood:

Plastic shields the wood from moisture and insect damage, preventing rotting and splintering;
Wood protects the plastic from UV damage while

DURABLE, ECO-FRIENDLY CONSTRUCTION

Decking

Our FIBREWOOD product profiles offer versatile options to cater to different needs. The first profile features a co-extruded design with hollow construction and strategically placed holes.

Ceiling Lining

FIBRECEILING is a cost-effective and beautiful alternative to traditional linings, available in a wide range of profiles and various colors. Its easy and quick installation makes it an ideal DIY project.

Wall Cladding

The FIBREWOOD Cladding collection is a flexible solution that provides a modern and seamless look when mounted either vertically or horizontally.

Fencing

FIBREWOOD fence panels feature a lightweight honeycomb structure, specially crafted for easy assembly. These panels are ingeniously designed to effortlessly interlock, granting you the flexibility to construct your fence to any desired height and length.

Coextrusion

FIBREWOOD Coextrusion has the look and feel of WPC but with the hidden added benefit of strength. This state-of-the-art manufacturing process has been mastered to deliver zero delamination of the external surface, nor will it rot, split, crack, rust or attract vermin.

Technical Information

We highly recommend utilizing span ranges of 400-600mm for all FIBREWOOD product installations. Adhering to these guidelines ensures optimal performance and longevity of your deck.

To further assist you, we have provided a span table below, based on technical data, which outlines the recommended maximum spans for FIBREWOOD WPC decking:

Board ThicknessSpan Range:

25mm400-500mm

30mm500-550mm

40mm550-600mm

By following these span recommendations, you can ensure the structural integrity and stability of your FIBREWOOD decking, providing you with a safe and reliable outdoor space for years to come.

FIBREWOOD COMPOSITION

The primary composition of this product is PVC. This product contains a proprietary blend of components encapsulated within a polymer matrix. Trace impurities may be present but are in insignificant quantities to affect the purity of the product.

Bamboo is a species of the grass family which has distinct anatomical differences from that of timber.

Therefore bamboo would be regulated as an organic dust in a category known as “Particulates not otherwise regulated” (PNOR), or nuisance dust by OSHA. The ACG IH classifies dust or particulate in this category as “Particulates not otherwise specified”.

FIBREWOOD PRODUCT USE GUIDELINE

Standards

Legislation may differ between jurisdictions. Before installing any FIBREWOOD product, ensure that the application is rational and complies with the local regulations and building codes. Wherever necessary, consult a suitably qualified professional. Be sure to comply with material manufacturer specifications. Where manufacturers and building codes differ, revert to the building code requirements. Check that your choice of product is suitable for its intended application.

Safety

•Always wear appropriate personal protection equipment (PPE). Comply with the local occupational health and safety legislation.
• Refer to the applicable Material Safety Data Sheet (MSDS).
• Cutting FIBREWOOD produces fine particulate matter.
        • Work in well-ventilated areas.
        • Wear dust masks during cutting, drilling and cleaning.
        • Clean up saw-dust by vacuuming or wetting the area down and sweeping.
        • Always wear safety goggles whilst cutting and/or installation.
• Cut boards may have sharp edges (particularly mitered cuts).
        • Wear gloves when working with boards.

Storage and handling

• Individual boards are lighter than WPC and can be more easily handled. Boards are, however, bundled for convenience and can, as a result, be heavy. Take care when lifting, placing or removing from raised pallets. More than one person may be required for lifting depending on the length of the boards and the number of boards within a bundle. Ensure the mass handled does not exceed safe limits as defined by applicable local legislation.
• When handling lengths of boards greater than 4 m, ensure both ends are lifted simultaneously and evenly. Lift the boards 1 m from each end to provide better control.
• Handle the boards carefully. Dropping the boards (and all high impact loads in general) can result in damage to the profiles. • During transportation use corner protectors where strapping is required.
• All components should be stored completely under cover.
• When storing boards, a pallet or flat surface should be used to support the full length of each component.
• All components should be securely stored.
• No component should sit in water or similar.
• Avoid over-stacking and/or eccentric stacking.

Plan

• Assess the site environment and ensure the product is suitable for the intended application.
• Classify the corrosion category, loading class, and any other property that will influence the selection of product.
• Determine appropriate spans for the selected profile. This will depend on the application and the loading class for the region. Suggested spans are provided for typical residential scenarios.
• An appropriately qualified professional must be consulted whenever necessary to ensure the product, this document and the intended application complies with all applicable legislation for that region.
• Develop a maintenance plan to ensure the longevity of the system. This should consider drainage, corrosion and vegetation under and around the deck.

Site preparation

• Ensure adequate drainage below the deck footprint. Prevent pooling water and/or erosion.
• Remove vegetation from the deck footprint and place an appropriate geotextile to prevent regrowth.

Cutting

• Use a fine toothed, carbide tipped blade to cut FIBREWOOD material.
• Use an 80-tooth, 260 mm diameter cross-cut, or finer, blade.
• Do not rip boards thinner than 60 mm. Use a minimum of two fasteners per joist, evenly spaced and a minimum of 30 mm from any board edge.
• FIBREWOOD boards are provided as factory cut. Ends should be trimmed to carpentry cut.
• Boards can be mitered. Use two fasteners, evenly spaced and a minimum of 30 mm from any edge, per mitered board.
• Do not router FIBREWOOD boards.

Fastening

• Do not use nails to fasten FIBREWOOD boards.
• Use high quality fasteners suitable for the life span of the deck and the atmospheric conditions of the site.
• Stainless steel 316 fasteners should be used in environments classified as C5 or higher.
• A drill or screwdriver with adjustable torque settings is recommended.
• See required torque settings in the typical fasteners section. Do not exceed the recommended torque settings.
• FIBREWOOD boards require two fasteners points per joist.
• Fasten 30 mm from any edge of a board.
• Pre-drill composite in temperatures below 5 C°.
• Pre-drilling hole size should be equal to the minor/root diameter of the screw. • Do not pre-drill timber substructure.
• Pre-drilling metal substructure may influence the effectiveness of the screw wings.
• Core collapse as a result of too much downward force when fastening).

Board Application

• The installation of FIBREWOOD boards is comparable to that of other composite or timber decking materials.
• Refer to FIBREWOOD products installation guide for details.
• FIBREWOOD profiles are not intended for use as structural members.
• Provide ground clearance for adequate ventilation. Improved ventilation can have the added benefit of assisting with expansion and contraction.
• The overhang of boards must be limited to 30 mm. • Leave expansion gaps between boards. The linear expansion coefficient of FIBREWOOD is 46.2 × 10 – ⁶ °C – ¹. For further details on expansion and contraction, refer to the full installation guide.
• Reflective surfaces (for example, low-E glass or metallic roofing) may cause unusual UV impact and/or heat build-up on a deck which may cause unexpected results in the FIBREWOOD material. Design your deck to cater for this where possible.
• Use a breaker board between longitudinal boards to assist in controlling expansion and contraction. This approach has the added benefit of creating a neat aesthetic. See Installation guide for further details.
• Breaker boards must be supported by ladder joists or noggins.
• Where breaker boards cannot be used, and longitudinal boards butt up against one another, double joists must be used to support the butt join. Use a minimum of two fasteners per joist, evenly spaced and a minimum of 30 mm from any board edge. Ensure longitudinal boards in this scenario are top fixed at every joist.
• Stagger butt joins so that they do not all align on the same joist. This limits unsightly repetition of expansion gaps.
• Joist spans should be altered in cases where boards are installed diagonally (for example, with Herringbone patterns).

FIBREWOOD battens used as joists

• Battens are either 30 or 40 mm deep. When fastening through a batten, or similar, ensure the selected fastener is not longer than the combined thickness of the batten and board.
• When fastening the joists directly to a surface, ensure the surface is flat and structurally suitable to prevent sagging and/or failure.
• Ensure adequate drainage. 3 mm to 5 mm spacers can be utilised to allow for the passage of water. Select spans between spacers based on application. Maximum spans for residential applications is limited to 300 mm.
• Allow expansion gaps between longitudinal joists

CARE AND MAINTENANCE

Wash FIBREWOOD products periodically using standard household cleaners.
- Strong detergents, oxidisers and concentrated mineral acids, aromatic and/or halogenated hydrocarbons, esters, ethers, and ketones should be avoided.
- Water, aqueous salt solutions, detergent solutions, dilute acids and alkalis are acceptable.
- To ensure that the cleaner will not damage the cap, test a small patch of decking or a scrap piece of FIBREWOOD material before use.
- Do not use standard composite deck cleaners on FIBREWOOD .
Clean up spills as soon as is possible to prevent them from becoming stains.
- Certain chemicals in insect sprays, sunblocks, oils from certain plants, and undiluted chlorine are some common materials that may come in contact with your deck and are not compatible with the ASA cap.
- Items such as rubber mats and garden hoses may leach esters, which may affect the surface of the FIBREWOOD boards over time, care should be taken to prevent prolonged exposure.
Periodically move, or remove, furniture, door mats, planters and other deck accessories to avoid differential weathering.
PVC glues, cement, paint, etc. may damage and discolour the surface of the deck. To prevent this from occurring, install FIBRE WOOD after all masonry and painting work has been completed on site.
A toilet bowl cleaner, or similar bristled brush, can be used to remove rust, or similar, stains. • For particularly stubborn stains, the surface can be gently sanded. This naturally removes material from the protective cap and should be avoided as it may affect the surface of the board.
Mineral deposits that occur as a result of the evaporation of solutions with high salt contents can leave white residues on a deck surface. The primary cause(s) of this is due to the water quality and/or surrounding environment. One should avoid allowing water with a high mineral content to pool on the deck surfaces where possible. These residues can be cleaned with the methods prescribed above.

Typical materials used to clean ice and snow from surfaces that contain calcium chloride and/or sodium chloride may be used on FIBREWOOD boards. As discussed above, these may leave a white residue on the deck. These can, however, be cleaned with the methods prescribed above.
Do not use metal shovels or other sharp objects on the FIBREWOOD surface. Use a plastic shovel and rounded/beveled tools when scrapping off ice or similar.
Note that surface slip resistance will be reduced with ice, snow or similar present and care should be taken on these occasions.

The development of static charge between two differing materials in contact (referred to as the triboelectric effect) is a naturally occurring phenomenon. The strength of the charge depends on the relative positions of the materials on the triboelectric series and the environment they are installed in. Materials with greater polarity that are in a dry and low humidity environment will have a stronger charge upon separation of the two materials.
Static charge buildup can be reduced by grounding the deck structure and/or increasing the humidity of the environment. Static discharge can be avoided in particular areas (for example, access points) with the placement of static control grounding mats.

FIBREWOOD is a low maintenance material and only requires periodic cleaning.
- In extraordinary circumstances where stains take place, use the prescribed methods above to remove stains.
A regular maintenance program for the deck and its components can prolong the combined life span of the deck. • Regularly inspect and conduct proactive maintenance to deck structures and fasteners. • Before installing the boards and trim, conduct a detailed inspection of areas that will have limited accessibility once boards and/or trim are installed and ensure that areas of concern are adequately treated. • Pay attention to areas at risk of corrosion and ensure that all surfaces are appropriately coated.
Specify materials in accordance with the environmental conditions so that the life of your deck structure at least matches the life of the FIBREWOOD product materials.
- Structural materials such as treated timber can be purchased in accordance with atmospheric conditions.
- Metal structures should be galvanised and treated for atmospheric conditions. Additional layers of protective paint can be applied to extend the life of a galvanised structure and periodic maintenance can extend the life of a protective paint barrier. •
- Rust spots should be treated as and when they occur to avoid having to replace a metal structure prematurely.
- Fasteners used in structural applications should be painted over before decking is applied to prolong their life.
- Fasteners should be specified for the environment in which they are installed.
- Cut edges of structures (treated timber or galvanised metal) should be treated and sealed once again before decking is installed.

DISCLAIMERS AND COPYRIGHT

The provided information is offered in good faith as accurate, but without guarantee, FIBREWOOD makes no warranties or representations of any kind (express or implied) about the accuracy, adequacy, currency or completeness of the information, or that it is suitable for the intended use.

Compliance with this document does not guarantee immunity from breach of any statutory requirements, building codes or relevant standards. The final responsibility for the correct design and specification rests with the designer and, for its satisfactory execution, with the contractor. Appropriate warnings and safe handling procedures should be provided to handlers and users.

While most data has been compiled from research, case histories, experience and testing, small changes in environment can produce marked differences in performance. The decision to use a material, and in what manner, is made at your own risk. The use of a material and method may therefore need to be modified to its intended end use and environment.

FIBREWOOD , its directors, officers or employees shall not be responsible for any direct, indirect or special loss or damage arising from, or as a consequence of, use of, or reliance upon, any information contained in this document or other documents referenced herein. FIBREWOOD expressly disclaims any liability which is based on, or arises out of, the information or any errors, omissions or misstatements herein.

Legislation may differ between jurisdictions. Before installing any FIBREWOOD product, ensure that the application is rational and complies with the local regulations and building codes. Wherever necessary, consult a suitably qualified professional. Be sure to comply with material manufacturer specifications. Where manufacturers and building codes differ, revert to the building code requirements. Check that your choice of product is suitable for its intended application.

If reprinted or reproduced or utilised in any form FIBREWOOD should be acknowledged as the source of the information. FIBREWOOD periodically updates the information contained in this document and that of the FIBREWOOD documents that have been referenced herein.

Fasteners

Screw Material:
Stanless steel

Screw dimensions:
5mm x 63mm

Screws match deck colours

Black graphite

Desert red

Saddle brows

Black graphite

HEAD – PAN OR WASHER HEAD

To resist screw pullout or sinking too deep into soft materials.

REVERSE THREAD – ROLLET
_{^{(or a wing may be used instead – see metal)}}

Removes excess material in cases of top fixing and enlarges the hole within the composite board, making space for expansion and contraction.

SHANK – STANDARD

The shank has no thread. This stops the composite from causing unwanted rotation in the screw, and in cases of clip screws, leaves additional space for the clip, which may allow for the gap between the boards to be reduced.

THREAD – V – THREAD FOR TIMBER

Large threads are able to cut through materials easily and resist pullout.

TIP-TORPEDO OR TYPE 17

Pre-drilling tips allow for the use of the screw without pre-drilling*. Torpedo is a specific tip that makes for quicker, more controlled installation.

FIBREWOOD fasteners are the best choice for any outdoor, corrosion-risk, or long term application. FIBREWOOD fasteners™ use an advanced bit lock system which maximises torque transfer, assembly speed as well as the life of bits and screws.

STARTER KITS
5 M2 HULK STARTER KIT

125 Torpedo Clip Screws
115 Plastic Clip

10 Stainless Steel Starter Clips
1 Drill Bit

EXPANSION KITS
10 M2 HULK STARTER KIT 250

Torpedo Clip Screws
250 Plastic Clip

1 Drill Bit

75 COMPOSITE DECK/FASCIA SCEWS
75 TOP FIXING SCREWS

125 Torpedo Clip Screws
115 Plastic Clip

10 Stainless Steel Starter Clips
1 Drill Bit

TYPICAL DECK FASTENER USED IN TIMBER FRAME APPLICATION

Appropriate fasteners must be employed depending on the expected worst-case loading conditions, the intended application and the conditions present. Particular attention should be paid to the substrate conditions available and the environmental conditions of the site. All applications should adhere to applicable regional standards. All timber profiles should be treated appropriately. Regular and proactive maintenance should be employed. *Pull out resistance range is based on testing with fasteners in ACQ timber (density of 0.67 g/cm³) to Red oak timber (density of 0.72 g/cm³).

TYPICAL DECK FASTENER USED IN METAL FRAME APPLICATION

Appropriate fasteners must be employed depending on the expected worst-case loading conditions, the intended application and the conditions present. Particular attention should be paid to the substrate conditions available and the environmental conditions of the site. All applications should adhere to applicable regional standards. All metals should be appropriately coated. Regular and proactive maintenance should be employed.
*Pull out resistance is based on testing with fasteners into 2.0 mm steel plate with a hardness of HV146.

Firewood trim range

100% CELLULAR VINYL PVC MOULDINGS

Lifetime never rot
Low maintenance
Ready to install, no further painting required
Cuts & nails with standard woodworking tools
Strong & durable
Won’t split or crack

Moisture resistant
Doesn’t promote mold or mildew
Warranted 10 year factory finish
Repaintable
Termite proof
Energy efficient

Woodgrain embossed texture and
smooth surfaces availble

WPC EMBOSSED
Ready to Stain

WHITE CAPPED
No Paint Required

PVC PRIMED
Ready to Paint

Material Safety Data Sheet

MATERIAL SAFETY DATA SHEET (MSDS)

Non-Hazardous RECLAIMING

COMPOSITE THERMOPLASTIC MATERIAL

Version No.3 Date: 10/11/2020

Statement of Hazardous Nature

This material is NON-HAZARDOUS

according to criteria of

NOHSC (WORKSAFE) AUSTRALIA

1. Identification of the substance / Preparation & the company undertaking This MSDS covers the following products:

Product names

LD Polyethylene

L LD Polyethylene

H D Polyethylene

Polystyrene Sawdust

Description

Plastic film

Coloured plastic film

Plastic bottles

Packaging material

Tiny particles of wood

Preliminary use

Industrial pallet wrap

Agricultural film wrap

Soft drinks-Milk-Juices

Electronic/Parts-Boxes

Timber Industries

Appearance

White/Clear/Coloured film

Green/Black/White film

White/Clear/Coloured mat.

White/Coloured material

Brown dark particles

2. Composition / Ingredient information/First Aid measures

Primary use: Industrial/ Building and

agricultural products. Chemical Entity

Co-polymer of Ethylene

Polystyrene

Sawdust

CAS No.

26221-73.8

100-42-5

N/A

Proportion

>50%

<20%

<30%

Swallowed

Rinse mouth thoroughly with water. Seek medical attention if effect persists (give nil by mouth to unconscious persons).

Eye

Wash out immediately with running water for 15 minutes, eyelids to be held open. If effect persists seek medical attention.

Skin

Wash off with plenty of warm soapy water.

Do not use organic solvents.

If effect persists seek medical advice.

Inhaled

Remove to fresh air, rest until recovered and keep warm.

Consult Occupational Health Physician if effect persists.

Advice to Doctor

TREAT SYMPTOMATICALLY

3. Fire fighting measures

Specific hazards

Fire fighting advice

NOT APPLICABLE

Fire/Explosion Hazard: all beware of combustible gases that will be generated. Extinguishing Medium: water fog/spray, dry chemical, and carbon dioxide.

*** BREATHING APPARATUS TO BE WORN IN FIRE SITUATIONS ***

4. Accidental release measures

Personal protection

Clean up spills/Leaks

Land Fill conditions

NOT APPLICABLE (STEL = Not assigned)

NOT APPLICABLE (Solid material)

Suitable landfill (Recycle where possible)

5. Handling & Storage

Storage

Store in area away from ignition sources.

6. Exposure controls / Personal protection

Exposure standards

Engineering controls

Personal protection

STEL (Work Safe/ACGIH) Not assigned

Ventilation: provide appropriate exhaust ventilation at places where dusty.

Skin: Wear gloves

Eyes: Wear safety glasses

Inhalation: Wear dust protection if dust is generated.

7. Physical & Chemical properties

Chemical type

Decomposition point

Boiling point

Melting point

Vapour pressure

Specific Gravit

Flashpoint

Flammability limits

Solubility in water

Hazardous ingredients

Additives in polymer matrix

> 3500C

NOT APPLICABLE

190 Celsius

Not Available

0.75 -0.98 grams per cubic centimetre

Not Determined

Not Known

NIL

NOT APPLICABLE

8. Stability & Reactivity

Stability

Explosion hazard

Hazardous decomposition

products

Incompatible substances

Stable

NOT APPLICABLE

9. Toxicological Information

Acute swallowed

Eye

Skin

Inhaled

Chronic

Obstruction may cause choking

Mechanical damage only

Not probable. Encapsulated Ingredient

Not relevant for solid form

No information available for the product

10. Ecological information

No data available, but due to very low solubility of the material in water no adverse effects are expected.

11. Disposal considerations

Refer to State Land Waste Management Authority.

THESE INDUSTRIAL AND AGRICULTURAL MATERIALS ARE RECYCLABLE.

PLEASE RECYCLE.

12. Transport information

Not classified as Dangerous Goods by the criteria of the Australian

Dangerous Goods Code (ADG Code) for transport by road or rail.

Correct Shipping Name

U.N. Number

Dangerous Goods Class

and Subsidiary Risk

HazChem Code

Poisons Schedule

Packaging Group

Not Listed

NOT APPLICABLE

Non Allocated

NOT APPLICABLE

13. Regulatory information

Non Hazardous according to the criteria of NOHSC (Work safe) Australia.

Emergency telephone: 1300 261 074 (during business hours)

Emergency telephone (outside business hours):

Poison information centre (24hrs) – 13 11 26

Follow good working practices: handle with care, avoid ingestion, dust inhalation. Since we cannot anticipate or control the many different conditions under which this information and our product may be used, each user should review these recommendations in the specific context of the intended application and confirm that they are appropriate.

Sustainable Infrastructure Systems Pty Ltd

Telephone: 1300 261 074

Fax: 1300 081 075

Product Warranty

This warranty is non-transferable and applies only to the original purchaser with proof of purchase (receipt showing purchase date). Our FIBRE WOOD WPC products are warranted free from manufacturing defects and not to wear through under normal residential use for 25 years, and 10 years for normal commercial use from the date of purchase.

EXCLUSIONS

Defects or damages caused by any inappropriate conditions, environmental factors, care, maintenance, poor installation, are not covered under warranty.

Inappropriate conditions include, but are not limited to:

Damage caused by improper storage, handling, or installation;
Flooring installed in inappropriate locations;
Damage resulting from moisture problems. (Moisture emissions from concrete can result in high pH and alkaline conditions that can distort the product.);
Damage caused by exposure to extreme heat;
Damage caused by fire, flood, storm, smoke, intentional abuse, etc;
Damage caused by animals, or furniture without appropriate protection.

Before installation, please inspect the planks carefully. Do not install if defects are found. Minor colour variation is normal. Colour differences between sample and actual

THIS WRITING IS THE COMPLETE AND EXCLUSIVE STATEMENT OF THE WARRANTY, AND IS IN LIEU OF ALL OTHER EXPRESS OR IMPLIED WARRANTIES.

Warranties cannot be altered by any sales representative or distributor. Sales representatives and distributors have no authority whatsoever to establish, expand, or otherwise modify warranties. Sustainable Infrastructure Systems Pty Ltd limited warranty provisions are deemed to be severable, and the invalidity or unenforceability of one provision shall not affect the validity or enforceability of any other provision. Sustainable Infrastructure Systems Pty Ltd limited warranties constitute the entire agreement of the parties, and no waiver or amendment shall be valid.

HOW TO MAKE A CLAIM

All claims must be filed by the original purchaser of the flooring material, who must still be the owner of the products.

To file a claim, first contact the Certified Retailer where the purchase was made, who must submit the claim on your behalf. You will be required to provide information including but not limited to: Your name, address, contact information, date of purchase, contact information for the licenced professional installer, and the original sales invoice showing proof of purchase.

Claims must be filed within the warranty coverage period. Sustainable Infrastructure Systems Pty Ltd reserves the right to have a designated representative inspect the decking and remove samples for technical analysis. Manufacturer must be given a reasonable opportunity to inspect flooring prior to determining coverage or remedy.

CONTACT US

Questions about your Sustainable

Infrastructure Systems Pty Ltd purchase?

Please contact us at:

Overview

Benefits

Benefits

DECKING

FURNITURE

CEILINGLINING

WALLCLADDING

FENCING

COEXTRUSION

Specification

DURABLE, ECO-FRIENDLY CONSTRUCTION

Decking

Ceiling Lining

Wall Cladding

Fencing

Coextrusion

Technical Information

FIBREWOOD COMPOSITION

FIBREWOOD PRODUCT USE GUIDELINE

Standards

Safety

Storage and handling

Plan

Site preparation

Cutting

Fastening

Board Application

FIBREWOOD battens used as joists

CARE AND MAINTENANCE

DISCLAIMERS AND COPYRIGHT

Fasteners

HEAD – PAN OR WASHER HEAD

REVERSE THREAD – ROLLET (or a wing may be used instead – see metal)

SHANK – STANDARD

THREAD – V – THREAD FOR TIMBER

TIP-TORPEDO OR TYPE 17

STARTER KITS 5 M2 HULK STARTER KIT

EXPANSION KITS 10 M2 HULK STARTER KIT 250

75 COMPOSITE DECK/FASCIA SCEWS 75 TOP FIXING SCREWS

TYPICAL DECK FASTENER USED IN TIMBER FRAME APPLICATION

TYPICAL DECK FASTENER USED IN METAL FRAME APPLICATION

Firewood trim range

100% CELLULAR VINYL PVC MOULDINGS

Material Safety Data Sheet

MATERIAL SAFETY DATA SHEET (MSDS)

Product Warranty

EXCLUSIONS

HOW TO MAKE A CLAIM

CEILING
LINING

WALL
CLADDING

REVERSE THREAD – ROLLET
_{^{(or a wing may be used instead – see metal)}}

STARTER KITS
5 M2 HULK STARTER KIT

EXPANSION KITS
10 M2 HULK STARTER KIT 250

75 COMPOSITE DECK/FASCIA SCEWS
75 TOP FIXING SCREWS