| Ονομασία μάρκας: | Wanshida |
| Αριθμός μοντέλου: | Υ82-25Μ |
| MOQ: | 1 σετ |
| Τιμή: | 1500~2000$ |
| Χρόνος Παράδοσης: | 35 ημέρες |
| Όροι πληρωμής: | L/C,T/T,Western Union |
In modern textile recovery and redistribution systems, efficient material handling is essential for maintaining operational productivity and controlling logistics costs. Facilities that process used garments and textiles require equipment capable of compressing large volumes of soft materials into standardized packages suitable for storage, transportation, and international shipment.
The Hydraulic Clothing Baler Machine is specifically engineered for this purpose. By applying controlled hydraulic pressure to compress loose garments, fabrics, and textile waste into dense rectangular bales, the machine enables recycling centers and sorting facilities to streamline operations and improve transportation efficiency across global supply chains.
Unlike metal or rigid waste balers, clothing balers are optimized for compressible and flexible materials such as garments, textiles, and fabric offcuts. The machine utilizes a reinforced hydraulic cylinder system that delivers stable compression force while maintaining smooth operation throughout repeated cycles.
The structural frame is typically manufactured from high-strength steel plates, ensuring durability under continuous industrial operation. Hydraulic control systems provide reliable pressure distribution, allowing operators to achieve consistent bale density while minimizing mechanical wear.
Key engineering advantages include:
High-strength welded frame for structural stability
Hydraulic cylinder system designed for consistent compression force
Optimized compression chamber for soft textile materials
Stable hydraulic circuit ensuring smooth operation and long service life
Simple manual or semi-automatic operation for efficient workflow integration
|
Parameter |
Specification |
|---|---|
|
Press Force |
40–80 Ton |
|
Compression Chamber Size |
Approx. 1000 × 700 × 1000 mm |
|
Bale Weight |
45–100 kg |
|
Bale Size |
Approx. 700 × 500 × 400 mm |
|
Power |
7.5–15 kW |
|
Cycle Time |
40–60 seconds |
|
Operation |
Manual or Semi-Automatic |
These parameters allow the machine to achieve reliable bale density while maintaining high processing efficiency in textile recycling facilities.
In a typical sorting center or recycling facility, garments are manually or mechanically sorted before entering the baling process. The clothing baler then compresses the sorted textiles into standardized bales that can be securely tied and prepared for transportation.
This process provides several operational benefits:
Significant reduction in material volume
Improved warehouse space utilization
Standardized bale dimensions for container loading
Lower transportation costs for export shipments
Enhanced material handling efficiency
By converting loose textiles into compact bales, facilities can optimize logistics and maintain consistent material flow throughout the recycling and redistribution process.
Hydraulic clothing baler machines are widely integrated into the following industrial operations:
Textile recycling plants
Used clothing sorting facilities
Garment waste processing centers
Second-hand clothing export companies
Donation processing and redistribution warehouses
The machine’s robust mechanical design and stable hydraulic system make it suitable for continuous operation in medium to high-volume textile processing environments.
As textile recycling infrastructure continues to expand worldwide, efficient compression equipment has become a critical component of material handling systems. Hydraulic clothing balers provide a dependable engineering solution for converting loose garments into transport-ready units, enabling recycling organizations and distribution networks to maintain efficient logistics and sustainable material utilization.
Through optimized structural design, stable hydraulic performance, and adaptable operating modes, clothing baler machines support the growing demand for efficient textile recovery and international redistribution systems.