Send message
Ask a question
Pricing/Quote
List of suppliers/where can I buy
Sample request
I have read and agree to the terms and conditions of usage and The Building Centre's Privacy Policy. Your request will be sent and shared to the selected manufacturers you submit a request to.

Find products

Use our product finder to search for products and materials

Subscribe to our newsletter to receive news about events and exhibitions, innovation and materials on the latest building product innovations, case studies and more.
I have read and agree to the terms and conditions of usage and The Building Centre's Privacy Policy.
Back to search

Vulcan Shingles

Abodo Wood

Delivering all the charm of yesteryear, updated for ease of use in modern applications, Abodo Vulcan Shingles are a durable, high-end architectural finish for roofs, walls and gable ends.

The durability of the product is furthered by a low-VOC, water-based OPX preservative treatment that guards against mould and insects.

It is also lightweight, making it easy to install and maintain. The beautiful homogenous brown colour will silver off with exposure to weather if left uncoated.

Vulcan Shingles are detailed with a ventilation cavity system for wall and roof applications to extend the durability of the timber by enabling air flow beneath the shingles to reduce moisture build up. This sets them apart from most standard pine and cedar shingles.

Along with the patented vertical grain construction and a fine band sawn face, Vulcan Shingles also deliver enhanced stability and reduced cupping, even when exposed to harsh weather. Add to this the verified carbon negative status of Vulcan timber, which is created from FSC® certified New Zealand Radiata Pine, and these timber shingles are sure to tick many boxes for architects, designers and homeowners.

Specifications

Material(s)
Thermally Modified Radiata Pine (Pinus Radiata)
Finish/effect/texture
Bandsawn face
Fire Rating
Suitable for buildings <10m height or >1m to boundary. For designs outside this, the system is subject to specific fire engineering design
Thermal conductivity (W/mK)
~0.095 W/(mK) (EN12667)
Durability
Thermally modified Thermowood 230 degrees Celsius schedule. Field tested at SCION, Rotorua. Suitable for uses described in NZS3602:2003 Table 2A ‘Requirements for wood-based building to achieve a 15 year durability performance. Members exposed to exterior weather conditions and dampness’. Class 2 above ground (AS5604), Durability Class 1 (EN350-1)
Find products