Redwood dryer - Redwood furniture is a type of pure solid wood furniture, and almost all of its components are made of solid wood. Therefore, drying wood has become its primary issue. If not dried properly, various problems may arise in subsequent component processing, assembly, and painting, which can affect the quality of the finished product.
The MC series redwood furniture special hot air steam drying equipment is developed based on traditional wood drying equipment and combined with the characteristics of redwood. It is particularly suitable for drying wood such as large leaved sandalwood, small leaved sandalwood, old redwood, and yellow rosewood.

The MC series redwood specialized drying equipment, during normal operation, the fuel is fully burned in the combustion chamber, generating heat energy, which is fully absorbed by the drying medium in the heat energy drying system, producing a high temperature of over 180 degrees Celsius. Under the action of the circulating fan, the high-temperature airflow passes through the control system and transmission system, and the high-temperature hot air is transmitted to the drying chamber to dry the wood. At the same time, the steam generation device on the equipment can generate a large amount of atmospheric pressure steam, which can be sent into the drying chamber at any time according to the requirements of the drying process for spraying and humidity control of the wood. The humidity control system is an independent steam system equipped with safety devices. Saturated wet steam can quickly bring the surface humidity and internal humidity of the wood to the same level, thereby achieving the goal of drying both the interior and exterior of the wood simultaneously. Intermittent heating and drying technology can be used to solve defects such as internal cracking, end cracking, and deformation of wood during the drying process, greatly improving the yield of high-quality wood products.
The MC series redwood drying equipment is equipped with a heat recovery system, which enables the full utilization of the drying medium and overcomes the heat loss caused by the emission of hot and humid air to the maximum extent. Significantly increased drying costs and shortened drying cycles. Improved economic efficiency for the enterprise.
Control device:
The inlet and outlet ducts of the equipment are equipped with adjustable valves, which can adjust the air volume and swirling air volume at any time according to the requirements of the wood drying process. There is also an adjustable compensation at the inlet of the fan, which can adjust the air pressure and machine volume in the drying room according to the requirements. Equipped with a steam jet valve on the main body of the equipment, the steam jet volume can be adjusted in a timely manner according to the different requirements of wood drying. There is also a combustion assisting device at the lower part of the equipment body. When the fuel does not burn due to various reasons, the combustion assisting valve can be opened to increase the combustion force and reach the temperature required for each drying stage.

Main technical parameters: (for reference only)

Reasonable planning and design can also be carried out according to the actual situation of the user, and design drawings can be provided to customize for the user.

Attention should be paid to the use of hot air wood drying equipment:
1. The wood enters the drying room and during the stacking process, using a reasonable spacing density can accelerate the drying speed of the wood. Reasonable drying technology and moisture removal time can improve the drying effect of the wood.
2. Try to minimize the simultaneous drying of wood with different thicknesses, densities, and moisture levels.
3. Regularly open the cold air inlet, and pay attention to the intake air volume of the cold air outlet when opening both the cold air outlet and the moisture outlet at the same time to avoid excessive temperature difference in the drying room.
4. Drying wood is a matter of haste, so the heating should not be too fast, otherwise wood cracking may occur. It is also important to pay attention to the stacking of wood, ensure even heating, and consider the direction of wind flow to allow hot air to circulate through the stacked wood.