800 type glazed tile forming machine

The 800 type glazed tile forming machine is mainly composed of a feeding platform, a forming host, a die pressing device, a forming shearing device, a hydraulic station, a computer control system, and other parts. Optional configurations include regular feeding machines, hydraulic feeding machines, automatic chopping machines, finished product racks, etc.

Main technical parameters of 800 type glazed tile forming machine:

1. Passive feeding: manual tightening, passive feeding

2. Load bearing capacity of the material rack: 5T

3. Rack: welded with 300H steel

4. Form of guided feeding rack for molding machine: lateral sliding plate type

5. Form of forming machine: Wall panel chain drive, with a thickness of 14mm for the middle plate.

6. Shaft diameter: ￠ 70 shaft

7. Chain wheel chain: 1.0 inch

8. Transmission mode: 4kw Shanghai Lichao Motor

9. Molding machine line speed: 1-2m/min

10. Number of molding machine channels: 800-12 rows

11. Roll material: 45 # steel forged parts coated with hard chromium on the surface after precision machining

12. Hydraulic station oil pump: gear pump 4kw

13. Cutting method: hydraulic shearing

14. Material of formed scissor blades: Cr12

15. Shear blade heat treatment: HRC58 ° -60 °

16. Rolling thickness: 0.3-0.6mm

17. Material unfolding width: 1000mm

18. Length measurement accuracy: ± 2mm

19. One computer control box

The production process of the 800 type glazed tile forming machine is not complicated. The production line equipment can be fully automated, or a combination of mechanical equipment and manual production can be used. The fully automated production line equipment has a high automation program and requires less manual labor.

The 800 type glazed tile forming machine is installed under welding stress effect. If the tightness of the welded part is small, such as thin plate thickness or in a free and unconstrained state, the welded part will undergo corresponding scale changes, shortening, bending or warping. If the tightness of the welded part is very high, such as a thick plate, messy shape, or being in a strong tightness composite plate steel equipment state due to human imposed fixtures, the welded part cannot deform freely at this moment, but partial strain will occur under the welding stress effect, resulting in a large residual stress. The peak value of residual stress in the weld zone can reach the yield strength value of the data. Therefore, the size of the internal stresses in welding is related to the thermal expansion coefficient of the steel and the joint stiffness. The expansion coefficient of structural steel changes very little, while the confinement is related to various factors such as the type of structural nodes, welding sequence, plate thickness, and the degree of fastening of external fixtures. The foundation of the longer tile press should be divided into two or more composite plate machines and color steel equipment, in order to facilitate processing, transfer (lifting), and transportation. If it is estimated that expansion is needed or other components need to be fixed in the future, the foundation should be segmented, and additional plates and connectors should be installed at the connection end of the foundation. The foundation should be able to achieve the recycling of lubricant used in cold bending forming. When separating the foundation, attention should be paid to ensuring that each foundation has smooth recycling or that there is no water leakage between the foundations.