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The hydraulic lift bridge features flexible lifting capabilities to accommodate various loading and unloading heights, ensuring smooth flow of raw materials and finished products. With a platform size of 4800*16000mm, it provides ample space for multiple transport vehicles to dock.
Modelos e especificações
| Modelo do produto | SJD36.0-4.2 | SJD36.0-4.2 |
|---|---|---|
| Platform Size: | 4800*10000mm | 4800*16000mm |
| Required Space Size: | 5600*10000mm | 5600*16000mm |
| Direção de entrada/saída | Through 4800mm | |
| Estações de ancoragem | 2/2 | |
| Travel Height: | 4200mm | |
| Speed: | 2-4m/min | |
| Estrutura | 4 cylinders, 8 columns | |
| Base Size | 5600*1500*10mm | |
| Leveling | Leveling mechanism | |
| Método de controle | Manual and remote | |
| Platform Guardrail | 10000*1200mm | 15000*1200mm |
Zhongwei Indonesia North Morowali Industrial Base: Enhancing Low-Grade Nickel Production and Processing Efficiency with a Hydraulic Lift Bridge
Low-Grade Nickel Production Process
The low-grade nickel production process primarily involves the loading and unloading operations of raw material (limonite nickel ore) transport vehicles and finished product (low-grade nickel) transport vehicles, which includes the frequent entry and exit of heavy trucks (such as dump trucks and container trucks).
Site Logistics Coordination
This process connects loading and unloading platforms of varying heights within the facility (such as between warehouses and transport vehicles), addressing loading and unloading challenges caused by uneven ground or height differences.
Efficiency Improvement
- Reduced Loading and Unloading Time: The hydraulic lift bridge can quickly adjust its height (typically with a lifting speed of 0.1-0.3 m/s), decreasing the alignment time between vehicles and platforms, and enhancing logistics efficiency by approximately 30%-50%.
- Reduced Dependence on Manual Labor: The automation of lifting reduces the need for manual handling, particularly in heavy vehicle loading and unloading scenarios, thereby minimizing risks associated with human operation.
Segurança aprimorada
- Estabilidade: The hydraulic system includes a buffering feature that ensures smooth lifting, reducing the risk of cargo tipping due to vehicle shaking.
- Dispositivos de segurança: Equipped with overload protection, emergency stop valves, and anti-slip platforms, these systems lower the probability of accidents (such as vehicle slips and hydraulic leaks).
Adaptive Advantages
- Capacidade de carga pesada: Designed to meet the high load demands of low-grade nickel transport vehicles, the hydraulic lift bridge can be customized for larger tonnage models (such as 80-100 tons) to meet specific scenario requirements.
- Resistance to Harsh Environments: By using anti-corrosive coatings and hydraulic components with an IP65 protection rating, the equipment can withstand Indonesia’s high-temperature and high-humidity conditions, extending its lifespan.
Cost-Effectiveness
- Maintenance Costs: The hydraulic system requires regular replacement of seals and hydraulic oil (with annual maintenance costs estimated at 3%-5% of the equipment price), but it offers greater long-term stability compared to mechanical lifting devices.
- Return on Investment: It is anticipated that through efficiency improvements and reduced accident rates, the equipment costs can be recovered within 2-3 years.
