Glass

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What problems does this industry face?

The glass processing industry faces with the formidable challenges posed by the nature of glass itself. Glass is a hard, highly abrasive, and sometimes very sharp material which can cause excessive wear on ancillary processing equipment such as conveyors. This intrinsic quality of glass leads to excessive wear on machinery, increasing maintenance costs and causing unwelcome downtime. These issues can significantly impact the economic viability of glass processing operations.

How does this affect operations?

The wear and abrasion caused by glass particles have a direct impact on the smooth operation of manufacturing facilities. Moving parts such as pulleys and bearings are susceptible to damage, as glass particles infiltrate lubricants, resulting in friction and deterioration of surfaces. Moreover, fragments of glass can accumulate over time beneath conveyor belts, hindering their performance. The challenges are compounded when glass is moist or sticky, further aggravating wear and impeding the efficiency of the manufacturing process.

Our Range

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Our solution!

Our conveyor belts are engineered to prevent the escape of fine glass particles, reducing wear on moving parts. Non-cleated belts allow for efficient scraper installation, ideal for handling wet or sticky glass cullet without compromising system integrity.

We use sealed bearings on pulleys and motors to prevent glass dust from infiltrating lubricants, extending equipment lifespan. Our flexible drive mechanisms strike the right balance between power and cost, adapting smoothly to variable feedstocks and processing needs.

With a wide selection of belt materials, we tailor solutions based on specific wear concerns and operational goals. Our engineering team ensures you get the most suitable belt surface for your unique glass processing requirements.

Our conveyors include crowned pulleys, side-skirts, and fluted pulleys to reduce lateral belt movement, prevent fraying, and enable removal of glass particles—protecting the belt and improving long-term performance.