RUD Mineral Feeder: High-Throughput Bulk Material Handling for Glass Production

Consistent, predictable feeding of raw minerals is vital for stable glass production. The RUD Mineral Feeder delivers steady, high-volume material transfer from receiving points into preparation equipment. Its robust construction and conservative design help glass makers achieve uniform batch composition and fewer process interruptions.

Built for impact and continuous duty

The Mineral Feeder is engineered to absorb heavy impact loads and handle abrasive minerals without frequent intervention. A reinforced pan carries the material while outboard drive chains remove the drive components from the direct load path. This separation reduces wear on the drive and simplifies routine maintenance.

For glass producers that regularly receive coarse or uneven material, the design reduces spillage and limits damage from tramp metal or oversized lumps. The result is longer component life and more predictable operating windows.

Throughput control and process stability

Glass furnaces demand steady feed rates to maintain melt quality and energy efficiency. The Mineral Feeder functions as a reliable bulk material handling conveyor, offering wide pans and robust drive trains that move large quantities smoothly. Variable speed drives and simple metering options make it straightforward to match feeder output to batching systems or continuous chargers.

Improved feed control reduces surge events and makes furnace operation more stable. That stability translates into better product consistency and less fuel waste.

Compact layout and retrofit flexibility

Many glass plants operate in constrained spaces or must upgrade equipment without lengthy shutdowns. The Mineral Feeder’s low profile and adaptable mounting allow horizontal or inclined installation, reducing civil work during retrofit. Modular pan widths and configurable infeed arrangements make it easier to fit the feeder into existing lines.

This flexibility helps plants shorten installation time and return to production sooner.

Durability where it matters

Mineral handling environments are abrasive and dirty. The Mineral Feeder is built with heavy-gauge steel, reinforced pans and sealed bearings to withstand continuous wear. These choices extend inspection intervals and lower the time crews spend on repairs. Fewer unexpected stops improve overall equipment effectiveness and reduce total cost of ownership.

Integration advice for the glass industry

Successful feeder installation begins with careful integration planning. Place trommels, screens and magnetic separators upstream to protect the feeder from oversized material and metal contamination. Design chutes and transitions to present the material evenly to the pan. Where feed composition can vary, include inspection access and simple cleaning ports so teams can remove contaminants without shutting the whole line.

When evaluating material handling equipment in India, verify local service support and spare part availability. Timely access to genuine components and commissioning expertise shortens downtime if intervention is required.

Service planning and spare parts

A short, well chosen spare parts list eliminates long waits during repairs. Keep critical items such as pan bars, link elements and drive components on hand. Schedule hinge and chain inspections and replace parts based on measured wear rather than fixed time intervals. RUD India supports commissioning, operator training and bespoke spare parts kits tailored to the plant’s duty cycle.

Long-term value

For glass manufacturers, the Mineral Feeder offers dependable throughput, reduced intermediate handling and fewer process interruptions. Its conservative engineering focus and straightforward maintenance needs deliver measurable lifetime value in continuous production environments.

If you are specifying a new intake line or planning an upgrade, early engagement with RUD India ensures the feeder is sized and configured to your material characteristics and plant layout. The right specification today prevents greater expense and disruption tomorrow.