Bracing ply is a type of plywood used in construction to add stability and strength to structures, particularly in timber framing.

Hardwood Brace Ply is a testament to engineering excellence, designed to strengthen the bones of a construction projects. Brace Ply is pivotal in delivering the stability needed for residential, commercial buildings.

Certified to AS/NZS 2269:2012, it is manufactured using mixed source hardwoods, ensuring structural integrity and resilience against high winds.

SPECIFICATIONS

Hardware and construction retailers need timber they can rely on. Take a look at the specs to see how our FSC Bracing Ply measures up.

Available Sizes
  • 4.5mm – 2440×1200, 2440×900, 2745×1200, 2745×900, 3050×1200, 3050×900
Available Grades
  • F22
Additional Information

Formaldehyde Emission Class: E 0
Glue: A Bond

APPLICATIONS

Brace Ply is the go-to choice for wall and roof bracing applications. Its robustness allows for expansive openings and extensive glass areas in external walls, providing additional strength in cyclonic regions. While its role during construction might be concealed, its contribution to safeguarding against wind damage is enduring. 

ENVIRONMENTAL COMPLIANCE

We’re committed to sustainable timber, and our brace ply is no exception. This product complies with E 0 formaldehyde emission class standards, making this a truly environmentally friendly option. 

Get in touch with our team for your next order.

Get in touch today to discuss your timber requirements with our expert team.

Our Commitment to Sustainability

What does sustainable timber mean to us?

As part of our commitment to sustainability, we support selective harvesting, reforestation, carbon sequestering, and emission reductions.

We only work with partners who can match our commitment to biodiversity, environmental protection, and social sustainability. FSC ® Certification , Responsible Forestry SCS Certification and membership with the Timber and Building Materials Association of Australia, demonstrate our focus on sustainability.