Product Overview

The Y82-100 vertical waste baler is a heavy-duty hydraulic compression machine designed for recycling centers, warehouses, textile factories, packaging plants, and waste-management facilities. With a powerful 100-ton pressing force, it compresses loose and bulky recyclable materials into dense, stackable bales weighing approximately 350–500 kg.

The finished bale measures 1100 × 750 × 700–900 mm. Its adjustable bale height allows operators to control bale weight according to the material type, storage requirements, and transportation limits. The machine can produce approximately four bales per hour, making it suitable for facilities that need reliable daily processing capacity without installing a large horizontal automatic baling line.

Powered by a 15kW motor, the Y82-100 balances strong compression performance with practical energy consumption. Its vertical structure requires less floor space than many horizontal balers, making it particularly suitable for factories and warehouses where working space is limited.

The machine can process cardboard, waste paper, plastic film, woven bags, textile waste, cotton, fibers, foam, packaging materials, and other compressible non-metallic waste. By converting loose material into uniform bales, it helps businesses improve storage efficiency, simplify transportation, and increase the commercial value of recyclable materials.

Cause

Loose recyclable waste creates operational and financial problems for many factories and recycling businesses. Cardboard, plastic film, textile offcuts, and packaging materials have low bulk density and occupy considerable storage space.

Common challenges include:

• Rapidly increasing waste-storage requirements
• High transportation costs caused by low-density materials
• Difficult and unsafe material stacking
• Frequent truck loading and collection
• Untidy factory and warehouse environments
• Time-consuming manual waste handling
• Low resale value for loose recyclable materials

Without proper compression, businesses may spend more on labor, storage, and transportation than necessary.

Solution

The Y82-100 hydraulic vertical baler applies up to 100 tons of pressure to reduce the volume of loose recyclable materials. It produces dense rectangular bales that are easier to stack, weigh, move, and transport.

A single bale can weigh between 350 and 500 kg, depending on material density, moisture, feeding quantity, and compression settings. The consistent bale size helps recycling companies calculate transportation capacity more accurately and load trucks or containers efficiently.

Key advantages include:

• Heavy-duty 100-ton hydraulic pressing force
• Large 350–500 kg finished bales
• Adjustable bale height from 700 to 900 mm
• Approximately four bales per hour
• Space-saving vertical structure
• Practical 15kW motor power
• Easy bale stacking and transportation
• Reduced storage and logistics costs
• Suitable for multiple recyclable materials

Specifications

Actual bale weight and production efficiency depend on material density, moisture content, feeding speed, operator experience, and the required bale height.

Application

The Y82-100 vertical hydraulic baler is suitable for:

• Waste paper and cardboard recycling centers
• Warehouses and logistics facilities
• Supermarkets and distribution centers
• Textile and garment factories
• Plastic recycling plants
• Packaging-material factories
• Cotton and fiber-processing facilities
• Manufacturing workshops
• Municipal waste-sorting stations

Typical materials include waste cardboard, cartons, paper, plastic film, woven bags, textile offcuts, fabric, cotton, fibers, foam, and other compressible packaging waste.

How It Works

Loose material is loaded into the vertical compression chamber. After the loading door is securely closed, the hydraulic system drives the pressing plate downward.

The pressing plate applies up to 100 tons of force, reducing the material volume and forming a dense rectangular bale. Additional material can be loaded and compressed when necessary until the required bale height and weight are reached.

After compression, the bale is secured with suitable strapping or wire. The finished bale is then removed from the chamber using the machine’s bale-ejection arrangement and transferred by forklift or pallet-handling equipment.

The reference hydraulic cycle takes approximately 80 seconds, while actual bale production time also includes feeding, repeated compression, strapping, and bale removal.

How To Choose

The Y82-100 is recommended for buyers who need medium-capacity waste compression and do not require a fully automatic horizontal baling system.

This model may be suitable when:

• The required bale weight is approximately 350–500 kg
• Available floor space is limited
• The material is cardboard, plastic, textile, cotton, or fiber
• Approximately four finished bales per hour are sufficient
• Manual feeding is acceptable
• A 15kW electrical power supply is available
• Dense and stackable bales are required for transportation

Before selecting the machine, buyers should provide material photos, daily processing volume, material density, local voltage, preferred strapping method, and required bale weight. Materials with high elasticity or unusual moisture content may require a different chamber or hydraulic configuration.

FAQ

What materials can the Y82-100 vertical baler process?

It can compress cardboard, waste paper, plastic film, woven bags, textile offcuts, cotton, fibers, foam, and similar compressible materials. Buyers should provide material photos to confirm compatibility before ordering.

Is the 350–500 kg bale weight fixed?

No. Bale weight varies according to the material type, initial density, moisture content, feeding quantity, and selected bale height. Dense cardboard generally produces a different bale weight from plastic film or textile waste.

Does the 80-second cycle time mean one complete bale every 80 seconds?

No. The 80-second figure refers to the hydraulic working cycle. Producing a complete bale also requires material feeding, repeated compression, strapping, and bale removal. The practical reference output is approximately four bales per hour.

How are the finished bales removed?

After compression and strapping, the finished bale is discharged using the machine’s bale-ejection system. Because each bale can weigh up to 500 kg, a forklift or suitable material-handling equipment is recommended.

What information is needed before ordering?

Please provide the material type, photos or videos, daily capacity, expected bale weight, local voltage and frequency, available installation height, and preferred strapping material. This information helps confirm whether the standard Y82-100 configuration is suitable.