828/1035 Arc Glazed Tile Forming Machine

Introduction to the 828/1035 Arc Glazed Tile Forming Machine:

The 828/1035 arc glazed tile forming machine includes a forming host, hydraulic station, discharge rack, forming shear, control box, and discharge rack.

1. Dimensions of the material rack: length 860mm x width 1450mm x height 1124mm

2. Maximum speed limit of molding machine: 10m/min

3. Thickness of formed color steel plate: 0.5-0.6mm

4. Expanded width of formed color steel plate: 1000mm

5. Width of formed glazed tile: 828mm, deviation ± 1/100

6. Wave height of formed glazed tile: 28mm, deviation 28-0.3

7. Roll shaft diameter: Φ 70mm

8. Computer operation panel, text screen

9. The unit includes: forming host, hydraulic station, feeding rack, forming shear, control box, and discharge rack.

Maintenance and upkeep of 828/1035 arc glazed tile forming machine

The 1.828/1035 arc-shaped glazed tile forming machine strictly prohibits working beyond the small closing height of tile pressing, that is, the height of the upper and lower molds after closing the mold needs to be from the bottom of the sliding box to the working surface, and the thickness of the upper and lower washers should be added to the thickness of the tile blank. The thickness of the tile blank should not exceed 290. When manufacturing molds, design should be based on this requirement to avoid machine tool accidents. The equipment should be regularly wiped to maintain cleanliness, and mud and water should not be allowed. Regularly observe the height of the lubricating oil on both sides of the slide and body.

2. The 828/1035 arc glazed tile forming machine is mainly composed of left and right machine bodies, bottom connecting rods, top chassis cover, sliding seat, hexagonal wheel, pulley, gear mechanism, groove wheel mechanism, cam mechanism, lubrication pump, oil system, electronic control part, etc. The stamping process of the upper mold on the machine: The input shaft is driven by an electric motor through a pulley, and the upper shaft is driven by a small gear and a large gear. The sliding seat equipped with the upper mold is driven up and down through a set of cam mechanisms to achieve tile pressing. The indexing of the worktable is achieved by a gear set installed at the end of the upper shaft, a transmission pin gear, and a groove wheel installed on the hexagonal wheel shaft to achieve indexing positioning. There is a cam at each end of the upper shaft that is conjugate with the pressing cam installed on the same shaft, and the positioning of the lower mold at the working pressure tile machinery factory position is achieved through a positioning rod and a positioning plate. There are lubrication pumps installed in the left and right chassis, which pass through the oil pipes to deliver lubricating oil to various friction moving parts during machine operation.