A wood drying kiln is a large facility specially built for drying wood. It can dry a large number of wood at the same time, bringing more efficient and convenient operation to the processing of various wood materials. It is also the most commonly used method for wood dehydration and drying.

Using a wood drying kiln can bring a very uniform and accurate drying effect. When using it to dehydrate wood, it can ensure that all wood can be evenly dried no matter where it is placed, and there will be no situation where the edge is over-dehydrated and the center is not completely dried.

And when using a wood drying kiln to dehydrate wood, its efficiency is also very high. It usually only takes more than ten hours to complete, which greatly improves people’s processing time in this regard, can reduce the production and processing costs of wood, and bring a faster wood processing and dehydration process.

After the wood is dried, the following effects can be achieved.

1. Improve the stability of the use of wood and wood products.

Long-term exposure of wood to the air will cause swelling and shrinkage, and the uneven swelling and shrinkage of wood will often cause cracking and deformation of the wood, affecting its use and causing waste. If wet wood or wood that has not been dried well is used to make products (such as doors, windows, floors, furniture, etc.), it may seem good when it is just made, but after a period of time, as the wood dries, the door frame will be skewed, the floor will warp, the joints will loosen, or the board surface will crack, causing great losses. If the production unit dries the wood to the required moisture content before use, the stability of the wood product structure can be guaranteed, making the appearance beautiful and durable.

2. Prevent the deterioration and decay of wood.

If wet wood is piled in the open air for a long time, if appropriate measures are not taken, it will often decay or be infested by insects. When the moisture content of wood is reduced to below 20%, the damage and damage of fungi and pests can be greatly reduced. Therefore, in general, in production units, wood is dried to a moisture content of about 8-15%. This not only ensures the inherent properties and strength of wood, but also improves the corrosion resistance of wood.

3. Improve the strength of wood and wooden parts.

When the moisture content of wood is lower than the fiber and saturation point, the strength of wood will increase as the moisture content of wood decreases. Dried wood can improve cutting conditions, improve the strength of wood structural parts, bonding strength and surface decoration quality of wood products. The thermal conductivity and electrical conductivity of wood change with the change of its moisture content. To improve the thermal insulation and insulation of wood, it is also necessary to reduce the thermal conductivity and electrical conductivity by reducing the moisture content.

4. Reduce the weight of wood.

The moisture content of newly cut wood even exceeds its own weight. After short-term storage and natural drying, its moisture content is still very high. After room drying, the weight of wood can be reduced by about 30-50%, which is conducive to improving the carrying capacity of vehicles.
In short, dried wood can ensure the quality of wood products, improve the performance of wood, extend the service life, and thus save wood. Years of practice have proved that wood drying is an indispensable process in production and has become a specialized discipline in science.

1. Improve drying efficiency: Wood drying kilns can complete the wood drying process in a short time, saving a lot of manpower and material resources compared to traditional natural drying methods. By controlling temperature and humidity, the drying kiln can quickly and evenly remove moisture from the wood, thereby improving production efficiency.

2. Ensure wood quality: Different types of wood require different temperatures and humidity during the drying process. The wood drying kiln can accurately control these parameters to ensure that the wood does not crack, warp and other defects during the drying process, thereby improving the overall quality of the wood.

3. Meet market demand: With the development of the economy, the market demand for high-quality wood continues to increase. Wood drying kilns can meet this demand, especially for some special woods, whose drying requirements are more stringent, and the drying kiln can provide the required technical support.

4. Reduce production costs: Although the initial investment may be high, the efficiency and automation of the wood drying kiln can reduce production costs in long-term operations and improve the economic benefits of the enterprise.

5. Environmental benefits: The use of wood drying kilns can reduce the impact of wood on the environment during the drying process, especially by efficiently utilizing wood resources, reducing deforestation and promoting sustainable development.