Abodo®
Thermally modified wood that stands the test of time with durability and sustainability
Radiata Pine (Pinus radiata) is a fast-growing, plantation-grown softwood native to California and now extensively cultivated in New Zealand, where it thrives in well-managed, high-yield forestry systems. Known for its straight grain, uniform texture, and excellent workability, Radiata Pine is an ideal candidate for thermal modification—making it a reliable high-performance softwood for modern cladding applications.
When thermally modified, Radiata Pine siding offers enhanced durability, dimensional stability, and resistance to moisture—positioning it as a sustainable and practical alternative to more traditional species like Western Red Cedar or Western Hemlock.
Thermally modified Radiata Pine undergoes a high-temperature process that uses only heat and steam—no chemicals—to permanently enhance the wood’s performance for exterior use.
Key Benefits:
Thermal modification deepens the colour to a warm brown tone and brings the pine closer in appearance to tropical hardwoods—without the environmental cost.
Radiata Pine is an excellent alternative to Western Red Cedar or Western Hemlock, especially when durability, sustainability, and cost are considered. Its clear-grade grain, thermal treatment, and adaptable finish options make it a smart choice for contemporary cladding designs.
New Zealand Radiata Pine is plantation-grown under some of the world’s most responsible forestry systems. Its rapid growth cycle and consistent fiber quality make it ideal for high-performance wood products. When thermally modified, it becomes dimensionally stable and weather-resistant—perfect for demanding climates across North America.
With a service life of over 30 years in above-ground applications, thermally modified Radiata Pine siding combines modern performance with natural authenticity.
Fisher features premium thermally modified New Zealand Radiata Pine in two of our thermally modified siding lines:
Thermally modified wood that stands the test of time with durability and sustainability