Wood Mesh Belt Veneer Dryer Machine

The continuous mesh belt jet veneer dryer or band dryer or mesh dryer which is one of the main equipment in veneer and plywood production and can be used for continuous drying operation. It is used for drying veneers with rotary cutting and slicer and it is designed especially to dry the very thin face veneer typically at 0.2-1.2mm thickness. It is composed of four parts, which are divided into feeding area, heating area, cooling area and discharging area. It has features of high efficiency, low energy consumption, and better meets the production process of the product. 

Features 

Drying Slicer veneer, Stay log lathe/half round slicer veneer, rotary peeling face veneer.
Reliable operation, longer service life, energy efficient and unmatched performance.
Mesh belt dryer is a closed-belt dryer. Its feature is that only the feed end and the discharge end are open, and the others are closed. Hot air flows through the equipment and the heat loss is low, which can save a lot of energy.
The equipment is flexible in configuration, and there are many materials for drying at one time, and it can be continuously produced and dried, which is convenient to use and greatly reduces labor.
The structure is simple, easy to install, can run for a long time, can enter the interior of the box for maintenance when the fault occurs, and the maintenance is convenient.

Product Parameters

Exhibitions and Customer Visits

Our Services

Pre-sale services:

1) Provide the free consultation of all  Core Veneer Dryer Machine

2) According to the clients' special requirement, offering the reasonable plan and free design to help to select the equipment.

3) Welcome to visit our factory

Services during the sales:

1) Inspect the machine before leaving the factory.

2) Oversea install and debug the equipment

3) Train the first-line operator.

After sale services:

1) 24 hours online service

2) Provide the VIDEO with Install and debug the equipment

3) Provide technical exchanging

4) Door to door service is possible