As a manufacturer of wood chip granule machines, we continuously enhance our production processes and improve product quality. Every step is strictly controlled, and our products stand out clearly from the substandard ones.
1. Utilizing involute helical gears for direct transmission, achieving a transmission efficiency of over 98%.
2. The gear blanks are heat-treated after water-forging, which enhances the surface hardness; the gear surfaces are treated with carbonitriding, with a carbonitriding layer depth of up to 2.4mm, thereby extending the service life of the components; the hard gear surfaces are processed with silent precision grinding and finishing, ensuring quieter and smoother operation.
3. The main shaft and integrated hollow shaft are made from German-imported alloy structural steel, processed through water hardening, rough turning, heat treatment, fine turning, and fine grinding. The reasonable structure, even hardness, and improved fatigue resistance of the components ensure safe operation.
4. The transmission section uses imported Japanese bearings and U.S.-imported temperature-resistant fluororubber oil seals. Additionally, a lubricating return oil system is specially added, with oil circuit recirculation and cooling, as well as automatic timing oil lubrication. This ensures that the bearings are adequately lubricated and operate more smoothly.
5. All bearings used in the granule forming system are silent bearings, and an additional rare oil circulation cooling lubrication system is added, ensuring longer bearing lifespan and safer operation. Our wood chip granulator comes in various models to meet your diverse investment needs.
We manufacture our pellet machines using mature vertical ring die pelletizers available on the market. This model has significant advantages over the flat die feed ring dies, mainly in four aspects:
1. Mold upright. Vertical feeding, no warping, easy heat dissipation.
2. Mold is statically vertically mounted, making the machine easy to secure and ensuring smooth operation.
3. The pressure roller rotates, generating centrifugal force to evenly distribute the material around.
4. Two-layer mold, suitable for both top and bottom use, reducing costs and enhancing efficiency.
