Customer Case

200TPH Pebble Crushing Plant Successfully Delivered to Kyrgyzstan

Project Overview

Client Location: Kyrgyzstan, Central Asia
Material Processed: River Pebble
Capacity: 200 Tons Per Hour (TPH)
Plant Type: Stationary Crushing Plant
Final Products: 0-5mm, 5-10mm, 10-20mm Aggregates

200TPH Pebble Crushing Plant

Client Requirements

A leading construction firm in Kyrgyzstan required a high-capacity crushing solution to process river pebbles for road and building projects. Key specifications included:

Liming Heavy Industry’s Solution

As a global leader in crushing and screening equipment, Liming Heavy Industry engineered a stationary crushing plant combining the PE Series Jaw Crusher and HPT Multi-Cylinder Hydraulic Cone Crusher, optimized for pebble processing.

Plant Configuration

  1. Primary Crusher: PE750×1060 Jaw Crusher
    • Input Size: ≤630mm
    • Output Size: 80-140mm
    • Key Features: High crushing ratio, reinforced manganese steel jaws, and low energy consumption.
    • Role: Efficient coarse crushing of river pebbles.
  2. Secondary Crusher: HPT300 Cone Crusher
    • Input Size: ≤140mm
    • Output Size: ≤30mm
    • Key Features: Hydraulic adjustment, multi-cylinder design for uniform particle shape.
    • Role: Fine crushing and shaping to achieve precise aggregate sizes.
  3. Screening & Conveying System
    • 3YKN3075 Vibrating Screen: 3-layer screening to classify 0-5mm, 5-10mm, and 10-20mm products.
    • Belt Conveyors: Heavy-duty rubber belts for reliable material transfer.
    • PLC Control System: Automated operation for energy efficiency and safety.

Why Liming Heavy Industry’s Equipment?

Results & Benefits

Client Testimonial

“Liming Heavy Industry’s 200TPH crushing plant has transformed our operations in Kyrgyzstan. The PE750×1060 Jaw Crusher and HPT300 Cone Crusher handle pebbles effortlessly, and the final products are perfectly sized for road construction. Their technical team provided exceptional support throughout the project.”
– Rashid Alimov, Operations Director