Weatherboards & Shiplap
There are several weatherboard and shiplap profiles available for cladding. We produce and supply dressed face, rough sawn and fresh band sawn face weatherboards.
The most commonly produced weatherboards range from 150mm to 200mm wide x 25mm, however, wider boards can be produced upon request, such as 250mm x 25mm. These profiles come in clear or dressing grade Radiata Pine. All weatherboard is treated to H3.2 CCA and carry a 50year durability guarantee.
Our shiplap profiles include standard vertical shiplap to double centre grooved shiplap in 150mm and 200mm widths. For Larah and Oregon weatherboard or shiplap, please contact us to confirm availability.
Common weatherboard profiles:
Rusticated Weather Board (RWB)
Bevel Back Weather Board (BBWB)
Board & Batten
If you require a specialised profile that you need produced, please contact us for a quote.
We cater for all of your building and structural timber needs: framing, piles, finishing timbers and dressed boards.
Structural / Framing
Stuart Timber Co stock a wide range of high quality structural timbers. Our structural timbers are graded to SG8 and number 1 frame, and meet all New Zealand Standards.
We stock two types of framing timbers – wet framing and kiln dried (KD) framing H1.2 and H3.2 treated.
Wet framing is commonly used for fencing, decking joists and bearers and structural external supports. Higher treatments are available on request.
Kiln dried framing comes in two main treatments: H1.2, for internal partitioning and ceiling framing, and H3.2 for perimeter framing walls, fencing, decking joists and bearers, structural external supports or any application where the timber will be exposed to moisture.
Click here to learn more about timber treatments.
Stuart Timber Co produce a variety of finishing timbers, including: T&G flooring, skirting, architraves and scotia. These types of finishing timbers are usually made (cut) to order. Please contact our sales team to discuss your project, receive a quote and provide you with turnaround time estimates.