|
Model |
Nominal Clamp Force (MN) |
Hot Plate Spec (mm) |
Working Layers |
Piston Diameter (mm) |
Key Data (Weight/Size/Power) |
Mould Speed (mm/s)
|
|
XLB-D/Q400x400x2E |
0.5 |
400x400 |
2 |
φ200 |
1300kg; 1500x750x1500mm; 1.5kw |
Close/Open: ≥12 |
|
XLB-D/Q600x600x2D |
1 |
600x600 |
2 |
φ300 |
2600kg; 2000x700x1700mm; 2.2kw |
Close/Open: ≥12 |
|
XLB-D/Q600x600x2 |
1.6 |
600x600 |
2 |
φ360 |
2800kg; 2000x700x1700mm; 2.2kw |
Close/Open: ≥12 |
|
XLB-D/Q450x450/600x2 |
1.6 |
450x450/600 |
2 |
φ360 |
2550/2600kg; 1800/2000x550x2100mm; 2.2kw |
Close/Open: ≥12 |
|
XLB-D/Q750x850x2 |
1.6 |
750x850 |
2 |
φ360 |
5000kg; 2550x960x2100mm; 3kw |
Close/Open: ≥12 |
Column type plate rubber vulcanising presses are primarily employed within the rubber and tyre manufacturing industries. They are utilised for pressing various standard, smaller-sized rubber moulded products, as well as thermosetting and thermoplastic plastic moulded items. Through chemical reactions, these presses vulcanise rubber compounds, causing the polymer chains within the material to cross-link. This process enhances mechanical properties such as strength, elasticity, and durability.
The hydraulic system utilizes a high- and low-pressure combination. During mold closing, the high-flow, low-pressure oil provided by a high-flow, low-pressure pump is primarily used to operate the mold. After mold closing, when the pressure is increased, the low-pressure oil is relieved and overflowed, allowing the low-flow, high-pressure pump to provide the high pressure. This ensures efficient operation while reducing the drive rate, thereby reducing energy consumption and increasing efficiency.
The electric heating system utilizes a thermostat to automatically maintain a constant temperature on the hot platen surface. The heaters are rationally distributed, and the heater structure has been effectively improved.
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(Our products and parameters are constantly being improved and optimized. For the latest information, please contact us.)