Overview:
Electric heated water-cooled belt vulcanizing machine, a specialized equipment for vulcanizing and bonding the joints of conveyor belt. Made of lightweight aluminum alloy, it has a small size and light weight per unit. It operates on a standard three-phase power supply, ensuring even temperature distribution on the heating plate. The pressure system provides a uniform pressure ranging from 1.0 to 2.0 MPa. Equipped with a lightweight fully automatic electrical control box, the connection between the control box and the main unit is completed with an integrated plug and multi-core cable, offering easy operation and reliable performance. It also features fast heating, even temperature distribution, and high thermal efficiency, making it an ideal bonding machine for conveyor belt joints.
The quality of tape joints directly impacts the tape's working efficiency and lifespan, especially crucial for long-distance, high-intensity conveyors currently, hence...XSDGLJLThe type electric heat vulcanizing tape machine is an indispensable auxiliary equipment in the tape conveying machinery.
Usage:
This product is widely applicable for the transportation joints of conveyor belts in fields such as metallurgy, chemicals, metal mines, power plants, ports, and docks. With technical parameters provided on this machine and achieving more than 90% of the relay strength of the vulcanized belt, not only is the joint smooth and nearly identical to the original belt, but it also reduces wear on the drums and extends the service life of the conveyor and the rubber conveyor belt.
Electrical Heating Tape Vulcanizing Machine Technical Specifications
Sulfur pressure: 1.5 MPa
2. Sulfurizing Temperature: 145℃
3. Sulfur plate surface temperature difference: ±3℃
4. Heating time (from room temperature to 145℃) is not more than 25 minutes.
5. Power Voltage: 380V, 660V, 50Hz
6. Control box output power: 36 Kw
7. Temperature Control Range: Room temperature to 200℃
8. Timing Adjustment Range: 0-59 min
9. Upper and lower heating plates pressure: After reaching 0.8mpa, the gap should not be greater than 0.5min.
