“…Starting with a piece of heat-treated wood, the next step is to sand the surface of the wood…”According to the findings of our investigation, the earliest members of the Viking civilization were the pioneering individuals who utilized heat to modify the properties of wood. The people who lived in Scandinavia eventually came to the realization that putting freshly chopped wood into a roaring fire for the first time increased its ability to withstand the impacts of the elements.
The Europeans eventually got around to adopting and further developing this method after a period of time had passed. The application of steam caused the temperature of the wood to rise to exceptionally high levels, which was necessary for the process.
Today, the thermal adjustment process is being carried out on the Endurance Series timber. The application of heat to wood increases its resilience against the damaging effects of saline water, mold, rot, insects, and other aspects of the natural environment. The application of heat to the wood makes it more appealing to customers as well.
Is it effective?
The utilization of a technology known as thermal modification is one that has been demonstrated to be one of the most effective methods of strengthening timber. But creating something strong and durable starts with selecting the right kind of material...
After determining the species of wood that will produce an end product of the highest possible quality, the wood is then heated to a temperature of 204 degrees Celsius in an atmosphere that is devoid of oxygen. This step follows the step of selecting the species of wood that will result in the creation of an end product of the highest possible quality. Following that, you are going to bring it to a boil, and then you are going to continue to steam it. The exposure of wood to high temperatures causes structural changes in the wood, which leads to the manufacture of a building material that is more resistant to the effects that are brought about by the impacts that are brought about by the environment.
Lumber from the Endurance Series has undergone thermal alteration, which renders it impervious to the elements.
The wood is not susceptible to rot, mildew, or insect infestations of any kind. The presence of dampness presents difficulties for other types of outdoor wood solutions. Because the Endurance Series is resistant to moisture, there is little possibility that it will get misshapen. Even when subjected to extreme climate conditions, it does not change shape or shrink in size.
The entire procedure of thermally altering wood is earth-friendly so the health of the surrounding ecosystem is unchanged. The method can be carried out without risk, and it makes use of resources that are easily replaceable (hard maple and white oak). This is unlike other wood-altering/modification methods. The presence of toxic chemicals, which are hazardous to both the individuals who work with the wood and the environment, compromises the structural integrity of many different types of pressure-treated wood. This is a problem for all parties.
But with the wood from the Endurance Series, the process of thermal modification does not require the use of any chemicals at any point in the procedure. The waste products have a variety of possible applications, including recycling, reusing, and even being converted into mulch; making Endurance Series wood the clear answer for those who value healthy ecosystems.
Endurance Series lumber manages its impact on the environment in a way that is compatible with its cost-effectiveness. Even if its price is lower than that of ipe, it is still considered a luxury option for exterior timber. This is due to the fact that its grain pattern is more attractive than that of ipe. Because it is resistant to rot and decay, Endurance Series timber is an excellent choice for use in damp areas such as basements and outdoor settings. These situations tend to be more humid.
- When working with wood that has a higher hardness, there is a greater chance that the edges of tools will become damaged. If you utilize instruments that have sharp edges, you may be able to circumvent this issue and achieve the desired result.)
- Even while the wood may have a reduced fire resistance because of the low moisture content, other challenges, such as oversaturation, premature drying, and persistent wetness, are considerably more important problems to contend with.)
- The surface of the wood will acquire a one-of-a-kind "patina" over the course of time, which will result in the wood having an incredible beauty. Patinas are the result of exposure to natural elements over time. Even though Endurance wood has been thermally treated to make it resistant to the elements, we still recommend finishing it with an outdoor stain or finish that is approved for UV light. This is because even though the Endurance wood has been thermally treated, it still needs to be protected from the elements. Despite the fact that the wood has been treated, this is still the case.
Why should you wait?
Since the time of the Vikings, thermally treated wood has been the material of choice for use in construction projects that are to be carried out in the open air. Both hard maple and white oak have a magnificent appearance even before they have been finished.
There is no other material that is capable of withstanding the environmental effects, is as cost-effective, and is as appealing as Endurance Series Thermally Modified Wood. Our employees will be happy to provide you with additional details on the Endurance Series lumber. Your next venture in the Endurance Series is something we want to be a part of, and we would love to hear about it from you!