Thermo-Radiata Pine is heat-enhanced timber, flatsawn for durable, sustainable, organic exteriors built to last.
This heat-treated wood cladding is offered in both Imbue™ and Imbue™ Light, each featuring a curated palette of program colours selected by Fisher’s coating specialists.
Both lines use the standard TG27 profile for vertical or horizontal installation, with two thermal modification levels and 10 program colours available. The clear-grade timber makes it an effective choice for exterior facades and interior feature walls alike.
Imbue™ is also available as thermally modified decking in:
- DK16V 142×27 mm (reeded face)
- DK4R 140×27 mm (smooth)
Thermal Modification
Imbue™
Thermo-Radiata Pine (Pinus radiata), heat treated at 230°C to enhance its natural durability and stability for exterior siding, soffit & interior panelling & decking.
230°C
Imbue™ Light
Thermo-Radiata Pine (Pinus radiata), heat treated at 190°C to enhance its natural durability and stability for exterior soffit and interior panelling.
190°C
Program Colours
* Colour variation may occur due to variation in the natural substrate. Colour may change/fade as part of the weathering process.
Imbue™
Exterior Siding + Soffit | Interior Walls / Ceilings
*Click image to see full gallery.
Black Night
Alpine Ridge
Roasted Pine
Mountain Ash
Coastal Fog
Imbue™ Light
Exterior Soffit | Interior Walls / Ceilings
Autumn Frost
Natural Light
Light Breeze
Evening Sun
Mountain Mist
Profile + Size
TG27 180x17.5
TG27 136.5x17.5
TG27 90x17.5
DK16V 142x27
Decking: Reeded Face
DK4R 140x27
Decking: Smooth
Textures
Equipped with in-house resawing, sanding, and texturization capabilities, Fisher produces a wide range of custom wood finishes that enhance both aesthetic appeal and functional performance.
* Hover over white dot to see texture close up.
Bandsawn Coated
Brushed Coated
Smooth Coated
Bandsawn Uncoated
Brushed Uncoated
Smooth Uncoated
Featured Case Study
Imbue™ Thermally Modified Wood: Durable Wood Decking For Public Spaces — Westwood Lake, Nanaimo
When evaluating real-world product durability, laboratory testing can only tell you half the story. To truly understand how building materials perform under extreme, non-stop pressure, there is no better proving ground than a high-traffic public beach space.
