About INNOWOOD

INNOWOOD is an Australian brand dedicated to environmental protection through the development and design of innovative composite wood products that are a sustainable alternative to natural timber.
INNOWOOD products are predominately made from wood waste, helping to prevent depletion of forests through the sustainable use of renewable materials and energy management.

ABOUT INNOWOOD

As a brand committed to regulatory compliance and industry best practice, INNOWOOD has been a member of the Green Building Council since 2013, reflecting our long-standing dedication to sustainable development. Our products have undergone Life Cycle Assessment (LCA) with independent verification in accordance with ISO 14025 and EN 15804, and are Environmental Product Declaration (EPD) registered.

INNOWOOD cladding and screening systems are CodeMark certified by CertMark International (CMI), an accredited third-party certification body (ISO 17065). The CodeMark Certification Scheme facilitates compliance with Volume One and Volume Two of the National Construction Code (NCC), also referred to as the Australian Building Code (BCA).

INNOWOOD products are primarily manufactured from recycled wood waste, supporting responsible resource management and contributing to the reduction of forest depletion. Through continuous research, engineering refinement and quality control processes, INNOWOOD delivers compliant, durable and sustainable composite wood solutions suitable for a wide range of architectural applications.

INNOWOOD remains committed to innovation, environmental responsibility and the protection of its brand integrity worldwide.

TECHNOLOGY DIRECTOR

Product Design, Technologies, Materials and Manufacturing Processes

John Kozlowski

Founder

INNOWOOD founder John Kozlowski founded Innowood with the goal of protecting the environment by providing designers and specifiers with a range of sustainable alternatives to traditional wood. John brings more than 40 years of comprehensive product development experience and technical knowledge to INNOWOOD, with expertise ranging from design to production including engineering, fabrication and manufacturing techniques.

RESEARCH
& DEVELOPMENT

For more than a decade, John Kozlowski has led the technical team to design and develop complete systems to continually improve and innovate new composite wood products. Flexible, lightweight and easy to install, INNOWOOD is suitable for both indoor and outdoor environments in commercial, residential and industrial applications. INNOWOOD product systems can also improve the energy efficiency that in turn dramatically lower the long-term costs and reduces the carbon footprint of the buildings.

INNOWOOD is proud to be the world's leading supplier of composite wood, providing quality products, technical support and product solutions to architects, designers and builders. The versatility and product performance of our products contribute to our growth and success in Australia and overseas.

VERIFICATION REPORT

Over the past several years, we have also conducted various tests based on Australian standards from CSIRO, AWTA, CETEC, University of Sydney and University of Western Sydney to certify the capabilities, quality and environmental benefits of Innowood products.

Product Tested/Audit Item

Attribute

Standard / Report

Tested by

STRENGTH, MOISTURE and TEMPERATURE RELATED

Modulus of Rupture (MoR)	Ultimate strength at failure	AS/NZS 4266.5:2004	Sydney University
Modulus of Elasticity (MoE)	Proof elastic limit	AS/NZS 4266.5:2004	Sydney University
Internal Bond Strength	Internal bond strength normal to the face of the sample	AS/NZS 4266.6:2004	Sydney University
Specific Density	At equilibrium moisture content: (EMC) - 23oC & 50% RH	AS/NZS 4266.4:2004	Sydney University
Moisture Content	At equilibrium moisture content: (EMC) - 23oC & 50% RH	AS/NZS 4266.3:2004	Sydney University
Moisture Absorption	Moisture absorption mass change is reversible. Mass change of material at 25oC & 85% RH / ~216 hrs.	AS/NZS 4266.14:2004	Sydney University
Moisture Movement	Moisture movement is reversible. Final length calculated as follows: Lf = Li (1 + Δδ R.H.)	AS/NZS 4266.14:2004	Sydney University
Surface Water Absorption	Observed capillary moisture absorption similar.	AS/NZS 4266.12:2003	Sydney University
Thermal Coefficient of Linear Expansion (α).	Thermal linear movement is reversible	REF AS 4459.8	Sydney University
Impact Resistance	Specimen thickness: 28.0mm Mass of the falling weight: 5Kg Diameter of the falling weight: 63.5mm	ASTM D4495-12
Static Coefficients of friction	Specimen: 62514528.10mm, Testing Speed: 1.27mm/min	ASTM D2394-05 (2011) Section 33~37
Sliding Coefficients of friction	Specimen: 62514528.10mm, Testing Speed: 51mm/min	ASTM D2394-05 (2011) Section 33~37
Abrasion Resistance	Wheel: CS-10, Load: 1000g/wheel (total 2000g), Cycles: 1000	ASTM D4060-10

FIRE RELATED

Early Fire Hazard Indices • Ignitability Index • Spread of Flame Index • Heat Evolved Index • Smoke Developed Index	Standard Composition Self-extinguishing with no support for spread of flame or further combustion. Suitable for most applications under BCA classifications – 1, 2, 3, 5, 6, 8 or 9b (Subject to individual application).	AS/NZS 1530.3 CSIRO Report FNE11482	CSIRO SGS
Fire Hazard Property	Group 1 (By Request)	AS/NZS 3837 Specification A2.4 of BCA	CSIRO
Internal Bond Strength	Up to BAL-29 (By Request)	AS3959:2009 Construction of Buildings in Bushfire Prone Areas. Appendix F.	CSIRO

DURABILITY RELATED

UV Resistant Coating	UV Stable	ISO 105-A02 AWTA Report 7-5600004-NV	AWTA
Salt Water Emersion	No adverse effects	CSIRO-CMMT Report No. 228/R2	CSIRO
High Humidity Environment	No adverse effects	CSIRO-CMMT Report No. 228/R2	CSIRO
Termite Resistance	Deemed termite resistant	CSIRO-FFP Report No; 996	CSIRO

ENVIRONMENT RELATED

Life Cycle & Product Declaration Assessment	Environmental Label and Declaration	ISO14025	Edge Environment
Life Cycle & Product Declaration Assessment	Sustainability of Construction work	EN1804	Edge Environment
Volatile compound emissions	Deemed very low	CETC Report No; CV090305	Suitable for use in indoor environments

MISCELLANEOUS PROPERTIES

Wet Slip Resistance	Wet Pendulum Slip Resistance	AS/NZS 4586: 2013	ATTAR
Fastener Pull Out	Ring-shank nails and screws have an enhanced pull out force	AS 1649

* Aim to provide environmentally friendly products that are internationally certified and locally verified to give consumer absolute peace of mind.

COMMERICAL PARTNERS

INNOWOOD has built a strong reputation in the architectural and building material industry over the past 20 years. We have formed strong partnerships with our manufacturers for production and delivery of environmentally sustainable high-quality products.

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