Time:2025-09-25 16:40:38 Number of Clicks:
An 8400 TPH transport efficiency represents an improvement of approximately 40%-110% over traditional mobile shiploader conveyors, enabling it to reduce the loading time for large bulk carriers such as Panamax (60,000-80,000 tons) and Capesize (80,000-120,000 tons) vessels from 22-24 hours to 10-12 hours in port and terminal applications. This directly addresses the critical pain points of "slow vessel turnaround and low berth utilization." Additionally, the 8400 TPH transport efficiency can match the continuous transfer demands of high-output mines, minimizing intermediate process delays while controlling material spillage to below 0.5% (far below the industry average of 1.5%-2%). It balances efficiency with loss control and flexibly adapts to diverse scenarios such as hardened terminals and muddy mining areas, providing an integrated solution for bulk material loading that combines "speed enhancement, loss reduction, and scenario adaptability."
The core competitiveness of the ZRSL-60 mobile shiploader conveyor lies in its "extreme efficiency," achieved through deep optimization of hardware configuration and structural design, delivering transport performance far exceeding industry standards. The equipment features an 1800mm ultra-wide, high-strength, wear-resistant belt, paired with a meticulously tuned drive system and conveyor channel layout, enabling a stable and continuous transport efficiency of 8400 TPH. This is 29% higher than 6500 TPH models and 17% higher than 7200 TPH models, fundamentally breaking through the efficiency bottleneck of traditional equipment.
In practical application scenarios, the efficiency advantages of the ZRSL-60 mobile shiploader conveyor directly translate into increased benefits for users:
Beyond efficiency advantages, the ZRSL-60 mobile shiploader conveyor is specifically optimized for complex material transport scenarios, adopting a "clog-free conveying design." Even when handling wet and sticky materials like ore or coal with 15%-20% moisture content, the equipment’s anti-stick belt coating and high-frequency vibration clearing device work synergistically to prevent material adhesion and accumulation in the conveyor channel, ensuring 24-hour continuous operation without material interruptions. Real-world condition testing confirms an effective operational rate of over 95% (compared to the industry average of 85%), further ensuring users’ continuous production needs and minimizing losses from unplanned downtime.
Item | Specification | Description |
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Maximum Transport Efficiency | 8400 TPH | Designed for bulk materials like coal and iron ore, with no performance degradation during continuous operation |
Belt Specification | Width 1800 mm, Thickness 20 mm | High-strength, wear-resistant rubber material, service life ≥3 years |
Operating Range | Radius 30 m, Lifting Height 16 m | Covers full-cabin loading needs for Capesize vessels |
Chassis Configuration | Wheeled (120-ton load) / Tracked (80 kPa ground pressure) optional | Wheeled with solid tires, tracked with rubber tracks |
Power System | Diesel (12-cylinder, 400 kW) / Electric (380V/50Hz, 350 kW) optional | Equipped with a 200 kW emergency generator |
Control Method | PLC fully automatic + HMI touchscreen + wireless remote (50 m) | Supports mobile/computer remote monitoring, exportable operational data |
Environmental Adaptability | Temperature -30°C to 50°C, Humidity ≤95% | Suitable for cold regions (Russia) and tropical regions (Southeast Asia) |
Material Compatibility | Ore, coal, cement clinker, grain, etc. | Customizable solutions for special materials (e.g., corrosive materials) |
Transport and Assembly | Disassembled for 40” HQ container | On-site assembly in 10-20 days, with engineer guidance |
Warranty Period | Core components 5 years, whole machine 2 years | Includes lifetime technical support and spare parts discounts |
Port terminals, as hubs for bulk material trade, commonly face the core demands of "intensive multi-vessel operations, limited berth resources, and strict environmental compliance." The ZRSL-60 mobile shiploader conveyor can accommodate barges of 100-5,000 tons, Handysize bulk carriers of 10,000-35,000 tons, Handymax bulk carriers of 35,000-50,000 tons, Panamax bulk carriers of 60,000-80,000 tons, and Capesize bulk carriers of 80,000-120,000 tons. Paired with the flexible mobility of the wheeled chassis (travel speed up to 5 km/h), it enables efficient scheduling for "one machine serving multiple berths," significantly improving berth utilization. The high transport efficiency shortens the berthing time of large bulk carriers, while the enclosed conveyor channel and dust collection system control dust emissions to below 10 mg/m³, meeting the environmental compliance requirements of major global ports without additional modifications.
Mining scenarios often face the challenges of "complex terrain, lack of grid access, and continuous material transfer needs." Traditional "truck transfer + fixed loading" models suffer from high transport costs and significant material losses, particularly in open-pit mines and remote mining areas with temporary loading needs. The ZRSL-60 mobile shiploader conveyor can be equipped with a tracked chassis with a ground pressure of ≤80 kPa, easily adapting to muddy or rugged non-hardened roads in mining areas, enabling flexible movement between extraction and loading points. The equipment’s built-in 200 kW emergency generator eliminates reliance on external power, allowing direct deployment at temporary loading points near mines to transport mined ore, coal, or other materials directly to vessels, bypassing intermediate steps like "truck short-haul transport." The 8400 TPH high-efficiency transport capacity precisely matches the daily output demands of large-scale mines, preventing material accumulation due to insufficient loading efficiency.
The energy (thermal power, coal processing) and construction materials (cement, aggregates) industries have stringent requirements for "material quality protection" during loading. Excessive coal breakage rates can affect combustion efficiency, while cement clinker, aggregates, and other materials require strict protection against contamination and loss. The ZRSL-60 mobile shiploader conveyor’s slow-speed loading mechanism, using hydraulic buffering technology, reduces the breakage rate of fragile materials to below 2%, perfectly suited for loading operations of high-quality materials like coal and cement clinker. Additionally, the enclosed conveyor channel and rubber-sealed belt skirts effectively prevent dust leakage and external contaminant intrusion, controlling material spillage to below 0.5%, ensuring both product quality stability and minimizing cost losses from material waste. The equipment can adapt to diverse environmental conditions with temperatures from -30°C to 50°C and humidity ≤95%, meeting the production needs of energy and construction materials industries across different climatic regions.
In the field of mobile shiploader conveyors, while mainstream industry equipment can meet basic loading needs, the ZRSL-60 mobile shiploader conveyor surpasses conventional standards in five core dimensions—efficiency, compliance, delivery, service, and warranty—forming significant competitive advantages that better align with overseas customers’ deep needs for "efficiency, reliability, and peace of mind":
Comparison Dimension | ZOOMRY ZRSL-60 | Industry Mainstream Equipment |
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Maximum Efficiency | 8400 TPH | 6000-7000 TPH |
Global Certifications | CE/EAC/KCS/ISO9001/ISO14001 | Basic CE/ISO9001 certifications |
Customization Cycle | 1-2 months | 2.5-4 months |
Overseas Service Response | 48 hours on-site, 24 hours consultation | 36-72 hours consultation, 60-72 hours on-site |
Core Warranty | 5 years | 2.5-3 years |
As shown in the comparison, the ZRSL-60 mobile shiploader conveyor not only far exceeds industry mainstream levels with its 8400 TPH efficiency but also establishes differentiated advantages in key supporting capabilities: multi-regional certifications (no need for customers to adapt to different market compliance requirements), short customization cycles (meeting urgent project equipment delivery needs), rapid overseas service (reducing production losses from equipment downtime), and long-term core warranties (lowering maintenance costs and risks over extended use). These comprehensively address overseas customers’ pain points throughout the equipment lifecycle, making it a highly cost-effective preferred solution.
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