The latest glass recycling technology was born in England

At present, the latest patented grinding technology is expected to replace the previously uneconomical glass recycling technology to meet the smashing and grinding requirements required in the glass recycling process.

IIT, headquartered in the United Kingdom, has developed the latest new grinding equipment that combines low energy consumption, small body size, and strong grinding force. This high-efficiency, full-featured equipment is not only suitable for the grinding of traditional minerals and other materials, it is also suitable for glass recycling procedures that can economically convert waste glass into ultrafine particles.

The latest M series mills have a strict and advanced modular design that can grind a variety of soft materials (hardness up to 9.5 Mohs) and can achieve a powder size of 45 nm or less with a 90% probability. .

IIT has successfully milled discarded glass to 50 to 75 micron, effectively demonstrating the potential for this practical, cost-effective glass shredding plant for recycling applications such as brick cosolvent production and filtration applications.

The small, powerful M series uses vertical material flow and a special roller assembly centrifugal grinding mechanism to ensure that the generated energy reaches the maximum particle grinding power, rather than relying on the air circulation to drive the material and grinding media to achieve maximum energy efficiency. The king of energy saving.

The multi-level grinding function of the mill is achieved by the combination of the number of modules and the control of the rotating roller speed application controlled size control and grinding module. This means that the fine-grinding technology is not as large as the traditional grinding machine and is limited by the application.

Conversely, as the transition from traditional particulate materials to fines is no longer limited by the size and power consumption of the mill, a large number of powder milling applications can now be easily incorporated into previously difficult-to-apply regions.