Textile recycling balers provide a cost effective and practical solution for textile scrap problems. The large feeder hoppers can be adapted to gravity, pneumatic or belt conveyor automatic feed devices allowing the balers to handle textile material more efficiently. With the ability to pack more textile material into each bale, these high bale densities maximize baling, storage, and shipping for textile recycling companies. These balers are the top choice to increase revenue and will prove to be a well-paid investment.

The waste textile baler is a hydraulic device specially used to compress textile waste. It compresses loose waste clothing, cloth and other fiber materials into regular blocks through high pressure, which is convenient for storage, transportation and recycling. Its core function is to use the hydraulic system to physically compress materials such as cotton yarn, wool, and waste cloth. The compression ratio can reach up to 5:1, significantly reducing the stacking space by 80%. As a key node in the textile circular economy, this equipment can not only improve recycling efficiency but also reduce transportation costs. It is an important tool for the green transformation of the textile industry.
Main materials suitable for waste balers:
1. Paper materials
Waste cardboard/cartons: density after compression can reach 0.8-1.2 tons/cubic meter
Newsprint/books: attention should be paid to the effect of ink content on compression effect
Corrugated paper: horizontal models are more suitable for processing long-sized materials
2. Plastic materials
PET bottles: need to be pre-crushed to improve compression efficiency
Plastic film: vertical models can handle but need anti-winding design
3. Fiber materials
Straw: compression ratio can reach 5:1
Cotton/grass: moisture content needs to be controlled ≤15%
Coconut fiber: horizontal hydraulic models have the best processing effect
4. Metal materials
Iron filings/aluminum filings: special wear-resistant pressure head design is required
Cans: double-cylinder models are recommended when mixed with plastic bottles
Scrap: pay attention to the wear of the equipment by metal hardness


The core advantage of this equipment is to improve transportation efficiency. After compression, the volume can be reduced to 1/10 of the original, reducing transportation costs by more than 40%. At the same time, it has environmental benefits. Every ton of plastic processed can reduce the landfill space occupied by 75%, which meets the requirements of waste-free city construction. Smart models can also monitor production and equipment status in real time through the Internet of Things.
Final Products:

