Products Description

The vertical hydraulic cardboard baler is a device that compresses waste paper into blocks by mechanical means. Its working principle is mainly to compress the waste paper by mechanical means, and then fix it in a certain specification of packaging bag through the hydraulic system. This packaging method can effectively reduce the volume of waste paper and facilitate transportation and storage. The hydraulic cardboard baler is mainly used to recycle packaging materials and waste such as compressed cardboard, waste film, waste paper, foam plastics, beverage cans, scrap metal and industrial scraps.

hydraulic cardboard baler

Products Parameter

Model	Pressure	Motor	The volume of the inner box	Final product size	Capacity
SL-HZ-15T	15T	5.5KW	8506001300MM	890610500MM	1-1.5T/H
SL-HZ-30T	30T	7.5KW	8004001300MM	890610500MM	1.5-2T/H
SL-HZ-60T	60T	7.5KW	9006001300MM	900610500MM	2-2.5T/H
SL-HZ-80T	80T	7.5KW	12008001500MM	1200810500MM	3-3.5T/H
SL-HZ-100T	100T	15KW	11009001500MM	1100910500MM	3.5-4T/H
SL-HZ-120T	120T	18.5KW	12001001500MM	1200100500MM	4-5T/H

hydraulic cardboard baler

Products Feature

1. High-quality oil cylinder has good sealing performance, no rust, no oil leakage.

2. High-pressure oil cylinder can be used all year round without pressure release.

3. The door lock is fixed, the door is flexible to open, and it can withstand pressure and force evenly.

4. The vertical plate of the baler is stable, and the pressure-bearing structure is stable and durable.

5. The hydraulic cardboard baler adopts hydraulic drive, works smoothly, safely and reliably!

6. No foot screws are required for installation, and diesel engines can be used as power in places without power!

7. The hydraulic cardboard baler adopts automatic control operation mode!

Products Structure

The hydraulic cardboard baler is mainly composed of hydraulic cylinder, motor and oil tank, pressure plate, box and base, upper door, lower door, latch, strap bracket, iron support, etc. This vertical baler reduces waste storage space, saves up to 80% of stacking space, reduces transportation costs, and is beneficial to environmental protection and waste recycling.