Plastic material recycling places unique demands on baling equipment. Different types of plastics, 

such as PET bottles, HDPE containers, and plastic film, possess varying physical properties, 

requiring equipment capable of flexibly adjusting processing parameters. NickBaler servo-hydraulic balers, 

with their programmable control and precise pressure regulation, demonstrate exceptional performance in plastics recycling.

Plastic bottles are typically large and lightweight, posing challenges such as air expulsion and elastic deformation during compression. 

NickBaler servo-hydraulic balers effectively address this challenge through a multi-stage compression process: 

initial compression with low pressure to expel most of the air; then, gradually increasing pressure to induce plastic deformation of the bottles; and finally, 

maintaining high pressure for a period of time to stabilize the bale shape. 

This progressive compression method avoids the material rebound caused by a single high pressure, resulting in higher density and tighter bales.

Plastic film processing presents different challenges. Film can easily become entangled with equipment components, 

requiring downtime for cleaning. NickBaler balers address this issue with an anti-wrap device and a dedicated feed system. 

By optimizing the press plate movement and material box structure, they reduce contact between the film and moving parts. 

The servo system's precise control allows the machine to automatically reverse and unwind when it detects abnormal resistance, significantly reducing processing time.

Plastics recycling companies particularly benefit from energy savings. 

Because plastic materials typically require high compression forces, traditional balers consume a lot of energy. 

The energy-saving features of Nick's servo-hydraulic balers are even more valuable in this application. 

Actual data shows that when processing PET bottles, servo-hydraulic balers save over 40% more energy than traditional equipment, 

which is of great significance for plastics recycling companies, where electricity costs account for a large proportion of their operating costs.

Environmental benefits are also a key concern for the plastics recycling industry. Nick's servo-hydraulic balers produce neat, 

uniformly dense bales, making them easier to sort and clean during subsequent recycling processes. 

The equipment's low noise and low leakage design also aligns with the company's environmentally friendly image. 

Many recycling companies pursuing green certifications favor this type of environmentally friendly equipment as part of their sustainable development strategies