Standards & Codes

This section contains information on timber design and construction compliance related to fire, acoustics, building classes, environmental impact, thermal performance and quality assurance. Additionally, it specifically covers MRTFC (Multi-Residential Timber Framed Construction) and AS 1684, a four-part Australian Standard covering compliance for timber framing.

MRTFC - Multi-Residential Timber Framed Construction

MRTFC (Multi-Residential Timber Framed Construction) is a certified fire and sound rated timber construction system conforming with the requirements of the Building Code of Australia for multi-residential buildings.

Quality control

Quality control over grading is important to ensure that products are able to deliver the performance that designers expect. This applies equally well to both appearance grading and structural grading.

R-values for timber

Authoritative estimates of the R-value of common building construction elements incorporating timber-framed construction.

Termites – management and control

The durability of timber is reliant on the ability to minimise the effects of insect attack. Requirements for the protection of houses from subterranean termites are defined in Part 3.1.3 of the Building Code of Australia (BCA).

Thermal and energy efficiency

Timber is a very energy efficient building material. Its low thermal conductivity minimises the potential for thermal bridging, which makes timber a great material for energy efficient designs.

Timber joint design

A review of joint designs to create timber connections that are both economic and elegant.

Visual stress-grading

Visual grading is the traditional method of determining a stress grade. It is still used for many structural products in Australia, including most seasoned and unseasoned hardwoods, and unseasoned and thicker seasoned softwoods.

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