Just chopping down the tree, you cannot start using the timber. Due to the complex nature of the material, it may change its behaviour following processing. Therefore, experts generally place great importance on the process. Finding the right option can completely change your lifestyle, saving you money at the same time. Kiln-dried logs in Glasgow are an excellent option for warming up the home. However, a few factors may contribute to enhancing efficiency.
How Wood Properties Can Change the Wood Efficiency
Moisture Content
Since wood is hygroscopic in nature, it typically attracts moisture from its surrounding environment. It may also release moisture. Due to the presence of moisture within the wood, it is possible to observe an increase in the weight. It may also impact the strength and dimension. Balancing the moisture, it is possible to prevent warping of the wood. However, too little moisture within the wood can also cause it to become brittle.
Moisture content plays a role in deciding the drying time. Wood starts to absorb moisture from its natural environment. One of the reasons behind the kiln drying of the log is to decrease the moisture level and make it suitable for use. For most applications, it is best to maintain a moisture level between 6% and 8%.
Both the free water and bound water are present within the wood. Free water within the wood cavities usually evaporates during the kiln drying process. On occasion, bound water chemically bonded within the cell walls also dries up. However, it may happen a little later. As the wood dries and its moisture level decreases, a noticeable reduction in the drying rate is observed.
If there is a lot of water in the logs, it may become inefficient. It may produce a significant amount of smoke, tar, and heat, which can compromise the chimney’s effectiveness.
Density and Porosity
Wood density is one of its fundamental properties. However, this varies depending on the species of trees. Sometimes, even different logs from the same tree may have different densities. For example, hardwoods such as ash and oak have higher density. On the other hand, softwoods such as spruce and pine may have a relatively lower density. A difference in the density may impact the moisture absorption level.
Porosity indicates the distribution and size of the wood pores. It can decide how quickly moisture evaporates from the wood. It is possible to observe the impact on drying time, which can lead to potential defects such as warping and cracking.
The level of energy consumption may change. Denser wood usually has more mass. Therefore, it may have more bound water per unit. It is necessary to apply additional energy to remove the moisture.
Understanding the impact of wood properties on the kiln-drying process, you can make a more informed decision. Kane Coal offers high-quality kiln-dried logs in Glasgow that come with improved efficiency. We know what is best for your home. Therefore, we recommend the material accordingly.