Non-metal Hydraulic Baling Machine

• Cotton Baling Press

  Cotton baling machine is mainly used for recycling compressed paper, cotton,clothes,texitle and other waste. It can reduce waste storage space, save up to 80% of the accumulated space, reduce transportation costs, meanwhile, be beneficial to the environment and waste recycling.

  read more
• Automatic Bailer

  horizontal balers can also be used for heavy-duty cardboard waste as they are able to bear a greater weight load and usually have an automated motion system. For both vertical and horizontal balers, the compaction of the material uses a hydraulic system which is a more efficient compaction method, and results in less heat being produced during the process.

  read more
• Auto Baler

  horizontal balers can also be used for heavy-duty cardboard waste as they are able to bear a greater weight load and usually have an automated motion system. For both vertical and horizontal balers, the compaction of the material uses a hydraulic system which is a more efficient compaction method, and results in less heat being produced during the process.

  read more
• Baling Press Machine

  This machine is used for in normal will waste and similar products with special packaging, extrusion forming, which packaged with much smaller, achieve threrby reducing transport volume, save freight, for enterprices to increase efficiency.

  read more
• Automatic Baling Machine

  This machine is used for in normal will waste and similar products with special packaging, extrusion forming, which packaged with much smaller, achieve threrby reducing transport volume, save freight, for enterprices to increase efficiency.

  read more
• Recycling Baler Machine

  Our company developed into a complete production line of baler machine (mainly used to bale waster paper, newspapers, plastic, PET bottle etc). The device structure is novel, unique, compact, small power consumption, stable performance, automatic feeding, automatic packaging! Usually the pressure force of this series is from 500 KN to 2000KN, and the efficiency is 2.5 ~ 8.5T per hour. The weight of each piece is from 400 Kg to 1500 Kg according to the material.

  read more
• Baler Recycling Equipment

  This machine is used for in normal will waste and similar products with special packaging, extrusion forming, which packaged with much smaller, achieve threrby reducing transport volume, save freight, for enterprices to increase efficiency.

  read more
• Baler Recycling

  This series machine mainly is used for baling cartons, cotton yarn, plastic, wood, etc. It is designed as horizontal structure, hydraulic transmission, electrical control. Usually the pressure force of this series is from 40 ton to 160 ton, the efficiency is higher than the vertical structure. Also, we can produce the machine as manual binding or automatic binding according to the requirement.

  read more
• Cardboard Baling Press

  Specialized in recycling and compressing the loose materials like waste paper, cardboards/cartons, cartons trims, PET bottles, magazines, plastic film and straw etc.

  read more
• Waste Paper Compactor

  Specialized in recycling and compressing the loose materials like waste paper, cardboards/cartons, cartons trims, PET bottles, magazines, plastic film and straw etc.

  read more
• Plastic And Cardboard Balers

  horizontal balers can also be used for heavy-duty cardboard waste as they are able to bear a greater weight load and usually have an automated motion system. For both vertical and horizontal balers, the compaction of the material uses a hydraulic system which is a more efficient compaction method, and results in less heat being produced during the process.

  read more
• Horizontal Baler Equipment

  Some cardboard balers can be designed to produce bales in specific sizes according to a manufacturer’s transport, storage or recycling capabilities. Custom specification in a baler will potentially cost more than a standard model, and while it may save in the long term, it might not be a necessary feature of a baler.

  read more