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Direct Factory Price Hot Machine Rubber Stamp Vulcanizing Press For Motorcycle Tyre
Vulcanizing Machine Troubleshooting
Since the vulcanizer is made of metal with high hardness, it is
subjected to vibration shock and other compound forces during the
production and operation process, resulting in the formation of
gaps in the components and causing wear. The traditional repair
methods include surfacing, thermal spraying, electric brushing,
etc., but several methods have certain drawbacks: surfacing will
make the surface of the part reach a high temperature, causing
deformation or cracking of the part, affecting dimensional accuracy
and normal use, In severe cases, it will lead to fracture; although
the brush crossover has no thermal influence, the thickness of the
crossover layer should not be too thick, the pollution is serious,
and the application is also greatly limited. Western countries use
polymer composite materials to solve the above problems. It has
comprehensive performance and can be machined at any time, which
can meet the use requirements and precision after repair, and can
also reduce the impact and vibration of the equipment during
operation and prolong its service life. Because the material is a
"variable" relationship, when the external force impacts the
material, the material will deform to absorb the external force,
and expand and contract with the expansion and contraction of the
bearing or other components, and always maintain a tight fit with
the components to reduce the probability of wear. For the wear of
large vulcanizers, "molds" or "matching parts" can also be used to
repair damaged equipment on site, to avoid the overall disassembly
of the equipment, to maximize the matching size of the parts, and
to meet the production and operation requirements of the equipment.
Introduction to the structure of the vulcanizer:
1. Structural stability: a special four-column structure is adopted, the upper seat is reinforced with medium carbon steel, and the upright column is thickened and hardened to ensure structural stability and accuracy.
2. System: The high plane pressure equalization correction is adopted, and the pressure (18mpa) strengthens the nut leveling device, which can increase the parallelism of the upper and lower heating plates to 0.05mm.
3. Temperature control system: Adjustable from room temperature to 350°C, using intelligent temperature control to control the temperature fluctuation range within ±2°C.
4. Operating system: PLC combined with touch screen, whether debugging or production, can be controlled directly and simply.
5. Operating system: The optimally designed oil circuit and high-quality oil circuit accessories ensure the smooth operation of the entire oil circuit system from the principle and accessories.
6. Energy-saving system: The heating plate adopts the deep hole processing technology, which is closely matched with the heating pipe to reduce the heat loss during the heat transfer process.
7. The intelligent system can automatically push out the mold, thereby reducing the labor time of the staff, increasing efficiency, high output and saving time.
Scope of application:
Children's toys, baby products, kitchen supplies, clothing labels, equipment seals, etc.
Technical parameters:
Model No. | FLD-V70T |
Machine size | 1600*1200*1600mm |
Weight | 1100kg |
Power | 13kw |
Hot plate specifications | 400*400mm |
Temperature range | Normal temperature -350℃ |
Hot plate spacing | 200mm |
Way to heat up | Imported heating tube |
Mold opening method | Automatic mold release |
System pressure | 18MPa |
Main column diameter | 210mm |
Clamping stroke | 220mm |
Work level | Upper and lower layers |
Motor power | 3.75kw |
Greatest pressure | 70 tons |
Machine structure | Four-column/single-head model |
Power specifications | 380V/50HZ |