An automotive glass recycling plant is an industrial solution for crushing, separating, and preparing recycled glass feedstock for further use. The equipment is designed to process automotive glass, including laminated glass, and enables the production of fractionated glass material in accordance with the customer’s technical specifications.

The system is designed for intensive use at facilities engaged in waste disposal, glass recycling, and the preparation of materials for reintroduction into the production cycle. Thanks to its multi-shaft design and well-thought-out separation process, the system ensures stable performance, high crushing efficiency, and precise separation of material into specified fractions.

What tasks is the system suitable for?

The equipment is used for:

• automotive glass recycling
• Recycling of laminated glass and triplex
• recycling of glass waste
• preparation of glass batch for further processing or sale
• reducing waste volume and improving the economic efficiency of recycling processes

How the system works

The material is fed into the feed hopper and then enters the primary crushing zone. A multi-shaft system is installed in the processing chamber, which ensures the gradual breakdown of the glass structure and a controlled reduction in particle size.

The design includes 6 main working shafts and 4 intermediate shafts. It is precisely this configuration that enables a multi-stage crushing process, which is particularly important when processing automotive glass and laminated glass, where process stability, component durability, and predictable output results are essential.

The multi-shaft system provides:

• the gradual destruction of the glass structure
• controlled reduction of the fraction
• effective separation of the glass melt
• consistent geometry of the final product

After being crushed, the material enters the separation system, where it is separated into the required fractions in accordance with the customer’s specifications.

Design Features

The industrial unit features a reinforced design engineered for stable operation under high loads. It is based on:

• 6 drive shafts
• 4 intermediate shafts
• reinforced steel housing
• wear-resistant cutting elements
• industrial bearing assemblies

This configuration allows for the even distribution of loads across key components, reduces the risk of premature wear, and extends the overall service life of the equipment. For the company, this means not only reliable processing of complex materials but also greater predictability of operating costs.

Drive and Power

The system is equipped with two 11-kW electric motors. The system’s total power delivers high torque and stable operation, even when processing laminated automotive glass.

This technical solution helps maintain process efficiency in continuous operation and ensures reliable equipment performance in industrial environments, where not only productivity but also the system’s long-term durability are important.

Separation and Fractionation System

After crushing, the glass mass undergoes a separation process. The system is configured according to the customer’s needs and allows for the production of different fractions depending on the material’s intended use.

Possible configurations of the factions:

• fine fraction
• medium fraction
• coarse fraction
• technological screening

The fractionation parameters are determined during the technical specification phase. This makes it possible to adapt the system to specific production processes, the type of raw material, and the requirements for the final product.

Key Benefits of the Solution

The automotive glass recycling facility combines technical reliability, configuration flexibility, and efficiency in processing this challenging material.

Key benefits:

• multi-roll crushing system
• 2 electric motors, 11 kW each
• High efficiency in shredding triplex
• adjustable separation system
• industrial reliability of components
• design for continuous operation
• the ability to adapt to the customer’s technical requirements
• preparation of recyclable materials for reuse

What the customer receives in the end

As a result of the plant’s operation, the user receives purified and fractionated glass mass that is ready for further processing or sale as a secondary raw material.

This decision makes it possible to:

• effectively reduce the volume of waste
• increase the value of the waste material
• optimize the process of recycling automotive glass
• improve processing efficiency
• establish a stable production cycle for working with recycled materials

A solution tailored to the customer’s production needs

The grinding and separation parameters, as well as the configuration of the output fractions, can be tailored to the company’s technical specifications. This allows the system to be integrated into an existing production process or to design a separate glass processing section, taking into account the required throughput, material type, and end-product requirements.

If it is important for your company not just to crush automotive glass, but to achieve predictable and technically viable results, an automotive glass recycling plant will serve as an effective foundation for a modern recycling line.