Efficient Crawler Mobile Screener Plant with High-Performance Impact Crusher System

• Customization: Available
• Condition: New
• Max.Feeding Performance: 430 T/H
• Model NO.: 210-430t/h
• Feeding Height: 3000-3400 mm
• Hopper Capacity: 5-6.5m3
• Max.Feeding Size: 210 mm
• Grain Size Range: 22-51 mm
• Crusher Weight: 18.7 T
• Crusher Power: 250 Kw
• Unloading Height: 3670 mm
• Belt Width: 1200 mm
• Engine Power: 97 Kw
• Max. Climbing Angle: 20°
• Total Weight: 57 T
• Plant Performance Approx.: 210-430 T/H
• Working Size (Lengthxwidthxheight): 19500X4000X4500 mm
• Transport Size (Lengthxwidthxheight): 20100X3700X3800 mm
• Transport Package: Nude Packing
• Specification: 19000x4100x3800mm
• Trademark: SUNWARD&PSR
• Origin: China
• Production Capacity: 1000PCS

Product Description

Product Description

Experience unparalleled efficiency with our Crawler Mobile Screening Plant, featuring a state-of-the-art Impact Crusher. Designed to handle capacities ranging from 210 to 430 tons per hour, this innovative machinery ensures maximum productivity and superior performance for all your screening needs.

As urban areas grow and develop, the challenge of managing waste becomes increasingly critical. Traditional landfill methods, which classify waste as 'stale garbage,' are no longer sufficient. Over time, the accumulation of stale garbage not only emits unpleasant odors but also poses significant environmental hazards. Hence, implementing effective waste management solutions for stale garbage is absolutely essential.

The advanced screening and sorting technology for stale garbage is categorized into three primary types: humic soil, lightweight materials, and inorganic aggregates, processed through robust heavy screening equipment. Humic soil, rich in organic matter, is primarily utilized for urban greening purposes. Lightweight materials, which include plastics, fabrics, wood, and bamboo, require specialized disposal methods such as incineration, sanitary landfill, or resource recovery, determined by their calorific value or composition. Inorganic aggregates, on the other hand, can be backfilled or repurposed through other resource utilization strategies.

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