Vertical Baler

This is a Y82 series 360-ton vertical waste baler. This Y82-360 vertical hydraulic baler is also a multi-functional waste baler. In addition to being widely used for baling and compressing various waste materials such as waste paper, straw, woven bags, plastic bottles, and PVC films, this vertical baler can also be used for baling and compressing light metal scraps such as scrap aluminum cans and scrap aluminum profiles.

The vertical multifunctional waste hydraulic baler is an efficient, economical and environmentally friendly waste processing equipment. This hydraulic vertical baler can pack and compress a variety of waste materials, including loose materials such as waste paper, plastic, scrap iron, scrap aluminum, cotton, wool, etc., and can be manually threaded to tie the bales after packing. It greatly saves the storage space of waste materials and reduces transportation costs.

Y82T-360 hydraulic vertical waste baler is a reliable, efficient and environmentally friendly waste treatment equipment. This waste baler can process waste paper, cardboard, plastic bottles, old clothes and scrap metal. This vertical hydraulic baler can optimize the waste treatment process and improve resource recovery efficiency.

This is the Y82 series hydraulic vertical baler, which is suitable for recycling a variety of waste materials. The waste materials that can be processed include waste paper, waste plastic bottles, waste cardboard, beverage cans and light and thin waste metal materials. This hydraulic baler can be used in waste recycling stations, logistics centers and used recycling centers.

The Y82 series vertical hydraulic baler is widely used for compressing and baling loose waste materials such as waste cotton, waste yarn, waste cloth, waste paper, waste cardboard, waste plastic, waste stainless steel, waste aluminum, etc. This vertical baler can pack and compress waste materials into rectangular bales with uniform dimensions. The rectangular block has a large specific gravity and high density, which can effectively compress the volume of waste materials, save storage space, and reduce operating costs.