Veneer Drying-manufacture,factory,supplier from China

The demand for wood veneer dryer is increasing year by year,and it has been recognized and purchased by consumers.Traditional natural air-dried wood is prone to problems such as deformation and cracking.The use of wood dryer equipment can effectively solve this problem.The cost of dryer equipment is high, so basic maintenance needs to be done in the later use process,such as the ground,ventilation system, gate,instrument,heating system and debugging system,etc.The specific operations are as follows:1.The floor of the wood dryer equipment should be kept clean and tidy,and the debris should be c

With the perfect end of the Turkish International Woodworking Exhibition, our boss went to our Latvian customer's factory to meet with the customer. During this period, we welcome customers to visit the site. The shine veneer dryer can be equipped with a variety of heat sources, the equipment is stable, the failure rate is low, and the board is flat and wrinkle-free after drying.

Upgrading step by step over the past few deceads, SHINE veneer dryer is becoming an advanced drying equipment manufacturer, featuring high technology, efficiency, and environmental sustainability.

How to improve drying speed in a veneer dryer:Firstly, increase material lifting devices within the veneer dryer according to actual production needs to expand heating area and enhance heat exchange conditions for increased output.Secondly, particle size also affects drying efficiency; reducing raw material particle size upon entry into the dryer will shorten drying time.Third, under the conditions of general conditions, our raw materials need to be dehydrated before drying.

Recently, the veneer dryer provided by our company was successfully installed in Cambodia and has been put into use. Our engineers go to the customer's factory to guide the installation and will not return until the equipment is running normally and the workers are skilled in operation.The high reliability and low failure rate of veneer drying equipment greatly reduces equipment maintenance and downtime, and improves the overall operating efficiency of the production line.

            The drying rate of the material in the veneer dryer equipment depends on the surface evaporation rate and the dispersion rate of the internal wet separation. Generally, the drying rate in the early drying stage is controlled by the surface vaporization rate.

        The veneer dryer is required to transfer heat and quality together during the drying process to ensure that the wet vapor partial pressure (concentration) on the surface of the material is higher than the wet vapor partial pressure in the external space, and that the heat source temperature is higher than the material temperature.     Heat is transferred from the high-temperature heat source to the wet material in various ways, so that the wet part of the surface of the material vaporizes and escapes to the external space, resulting in a dif

Recently, our company's 2 deck veneer dryer in Cambodia was successfully installed and put into operation. With the growing demand for veneer processing, Thailand customers need a set of efficient and stable drying equipment to expand production. After several rounds of technical exchanges and program evaluations with our company, the customer finally chose our 2 deck veneer dryer.

After the on-site drying test, the shrinkage rate of the shine veneer dryer is 2-2.5 cm before and after drying, and the moisture content can be dried to zero, or it can be dried to the moisture you need according to your requirements. It adopts automatic control and frequency conversion control system, which can automatically adjust the transmission speed and temperature according to different veneer thickness and moisture content, so as to achieve the ideal drying effect. Biomass burners can directly burn all kinds of waste wood, saving drying costs.

First, the heating speed is fast. Microwave heating of veneer dryer is completely different from traditional heating. This is the process by which the heated material itself becomes a heater with no heat conduction. Therefore, although it is a material with poor thermal conductivity, it can also reach heating temperature in a very short time.Two, energy saving and high efficiency.