Products
Glazed Roof Tile Making Machine
Glazed Roof Tile Making Machine
Voltage: 380v/220v 50hz 3p can be customized according to customer requirements
Production Time: 30-35 working days
Shipping Time : 40 days
Thickness : 0.3-0.8mm
Produce Speed : 10-15m/min
Port : Tianjin
Glazed Roof Tile Making Machine
Glazed Roof Tile Making Machine
Glazed roof tile making machine is mainly composed of fuselage, transmission system, pressure tile system, cutting system, electrical control system and other parts.
1. The fuselage is welded with high-strength steel, which has the characteristics of stable structure and strong earthquake resistance.
2. The transmission system consists of motor, reducer, sprocket, etc., which can provide stable and efficient transmission effect.
3. The tile pressing system includes an upper pressing roller, a lower pressing roller, a forming mold, etc. Through the synergy of the upper and lower pressing rollers, the metal sheet is pressed into corrugated sheets of the required shape.
4. The cutting system consists of blades, knife holders, cylinders, etc., which can achieve precise cutting functions.
5. The electrical control system is responsible for the overall control of the equipment, including starting, stopping, speed regulation, counting and other functions.
Glazed Roof Tile Making Machine
Specification
No. |
Number |
Glazed Roof Tile Making Machine |
| 1. | Operation style | Automatic |
| 2. | Raw materials | PPGI |
| 3. | Structure | 350H Beam |
| 4 | Middle side | 16mm |
| 5. | Main motor | 5.5kw |
| 6. | Pump station | 4kw |
| 7. | Cutting type | Hydraulic cutting |
| 8. | Produce speed | 10-15m/min |
| 9. | Chain | 1 inch |
| 10. | Shaft material | Cr12MoV |
| 11. | Brand of electrical control cabinet | Delta or customized according to customer requirements |
| 12. | Touch screen/inverter | Delta or customized according to customer requirements |
| 13. | Rolling materials | Forged 45# steel with chrome plate |
| 14. | Cutting blade material | Cr12, treatment off 58 ℃ -60 ℃ |
| 15. | Roller diameter | Φ70mm |
| 16. | Voltage | 380v 50hz 3p be customized |
| 17. | Thickness | 0.3-0.8mm |
| 18. | Rows | 13 |
| 19. | Size | 6500mm*1500mm*1600mm |
| 20. | Weight | 5000kg |
Parts Of Machine
1. Guide wheel
The guide wheel is one of the important parts of the tile press. It is usually installed on the upper and lower parts of the tile press to guide the steel plate through the tile press for processing. The guide wheel plays a guiding role in equipment processing to ensure that the size of the processed iron sheet is accurate and to prevent the iron sheet from being skewed or deviated.
2. Cutting knife
The cutting knife is one of the indispensable parts of the tile press. It is usually installed at the lower part of the equipment and is used to cut the processed steel plates. The main function of the cutting knife is to segment the steel plate processed by the tile press and cut it into iron sheets of different lengths to meet the different needs of users.
3. Mold
The mold is one of the very important parts of the tile press, which affects the shape and size of the steel plate processed by the tile press. The mold usually consists of two parts: a male mold and a female mold. Through their cooperation, the steel plate can be formed into iron sheets of different shapes, such as corrugated tiles, flat tiles, etc.
4. Feeding mechanism
The feeding mechanism is an important part of the tile press. It is mainly used to drive the steel plate through the tile press for processing. The feeding mechanism mainly includes transmission wheels, tensioning wheels, guide rails, etc. Through their coordinated work, the smooth transmission and positioning of the steel plates can be achieved to ensure the processing of the steel plates on the tile press.
5. Main control system
The main control system is the core part of the tile press and is used to control the operation and processing of the equipment. The main control system includes PLC, motors and controllers. Through its automatic control, the efficient operation and stable processing of the equipment can be achieved, and the production efficiency of the equipment can be improved.
