Thermo Ash Wood

Elevate your next project with the incredible warmth, distinctive beauty, and unparalleled performance of Thermo Ash wood from Raman Timber. This innovative thermally modified wood takes renewable ash lumber and enhances it through a proprietary heat treatment process.

The Thermal Modification Process

Thermo Ash starts with premium ash logs that are carefully milled into lumber. The boards then undergo our exclusive thermal modification process, where they are heated to precisely controlled temperatures.

This heat treating causes a remarkable transformation in the physical properties and appearance of the ash wood:

• Increased dimensional stability and resistance to moisture/rot
• Deeper, richer brown tones with darker streaking
• Longer lasting durability and lifespan

Yet this is an eco-friendly, chemical-free process that simply unlocks and enhances the wood's natural properties without adding any toxins or treatments.

Thanks to the thermal modification, Thermo Ash wood exhibits incredible dimensional stability. It resists warping, cupping, and other movement issues that untreated wood can experience, even with moisture and humidity changes.

Application

This exceptional stability, paired with Thermo Ash wood's improved rot and decay resistance, makes it an ideal choice for extremely durable exterior applications like:

• Decking and patio furniture
• Siding and exterior trim
• Windows, doors and shutters
• Outdoor kitchens and saunas

Thermo Ash wood's enhanced durability means these products require less maintenance and last for decades, even when exposed to harsh outdoor conditions.

Aesthetics

While the performance is second to none, Thermo Ash really shines when it comes to breathtaking aesthetics. The thermal process unlocks and intensifies ash's natural tones, creating luxuriously warm brown colors with distinctive streaking in every board.

This gives Thermo Ash wood a stunningly unique and high-end look suitable for interior uses like furniture, cabinetry, flooring, architectural accents and more. The beautifully varied colors are stable and do not require staining.

Sustainable and Cost-Effective

As a thermally modified wood, Thermo Ash wood represents an eco-conscious choice. It starts with sustainable, rapidly renewing ash logs and uses an environmentally-friendly thermal process rather than chemical treatments.

Contact us today

For durable, low-maintenance wood products with unmatched character and warmth, look no further than the innovative and sustainable Thermo Ash wood solutions from Raman Timber. Our skilled team is ready to assist with all your project needs.

Frequently Asked Questions (FAQs)

What is thermo ash wood?

Thermo ash is a type of wood that has been heat-treated to alter its properties. This process, known as thermofication, involves heating the wood to a high temperature (around 400-500 degrees Fahrenheit) for a period of time, followed by cooling.

Is thermowood a hardwood or softwood?

Thermowood can be made from both hardwoods and softwoods. The thermofication process alters the properties of the wood, regardless of its original species.

For example, thermo ash is made from ash, a hardwood, while thermowood can also be made from pine, a softwood.

What is the disadvantage of ash wood?

Ash wood is a popular choice for many applications due to its strength, durability, and attractive appearance. However, like any other wood species, it has some potential disadvantages:

• Price: Ash wood can be more expensive than some other hardwood options, especially if you're looking for large quantities or specific grades.
• Grain Variation: Ash wood can have a more pronounced grain pattern than some other woods, which may be a factor in certain applications.
• Susceptibility to Borers: Ash wood is susceptible to ash borers, a type of insect that can damage the wood. This is a particular concern in areas where ash borers are prevalent.

Despite these potential drawbacks, ash wood remains a popular choice for many applications due to its overall quality and desirable characteristics.