What are structural insulated plywood panels (SIPs)?

Structural insulated plywood panels are prefabricated building panels that combine load-bearing plywood skins with an insulated core. They provide structure, insulation, and rigidity in a single element, improving thermal performance, airtightness, and construction speed compared to traditional framed walls.

Are G-Brick panels structural or just insulation panels?

G-Brick panels are fully structural, not just insulation boards. Developed by Garnica, they integrate structural plywood facings with an insulated core, allowing them to act as load-bearing wall, roof, or floor elements depending on the system design. Please refer to the G-Brick Technical Manual.

Are SIP boards suitable for Australian climate zones?

Structural insulated plywood panels are suitable for a wide range of Australian climate zones, from cool-temperate to hot-mixed regions. Their performance can be tailored through panel thickness, detailing, and external finishes to suit local NCC and energy-efficiency requirements.

Access denied

The site owner may have set restrictions that prevent you from accessing the site. Please contact the site owner for access.

Protected by

MIDA

Visit Us 13/80 Mills Road, Braeside VIC 3195 📱(03) 8522 1508 🕒 Trading Hours

Worker installing lightweight plywood panels with crane for construction, structural use

Structural Insulated Panels

(2 products)

Modern buildings demand more than strength alone. They require airtightness, thermal efficiency, speed of construction, and predictable performance over decades. Our structural insulated plywood panels, based on G-Brick technology by Garnica, are engineered to meet these demands in a single, integrated system.

Inspired by Passive House design principles, structural insulated panels combine load-bearing plywood skins with an insulated core to create a rigid, energy-efficient building envelope. The result is a panel that delivers excellent thermal performance, reduced thermal bridging, and outstanding dimensional stability without compromising structural integrity.

Applications: Passive House and low-energy homes, prefabricated housing and modular builds, tiny homes and transportable buildings, commercial and community buildings seeking high energy ratings