Rubber Lining Solutions for Agglomerators and Granulation Drums

Agglomerators, also known as drum agglomerators, granulator drums, balling drums, and pelletising drums are used across multiple industries to convert fine particles into uniform, durable granules. They operate by tumbling material with moisture or binders to encourage fines to bind together, forming stable, free-flowing pellets suitable for further processing, drying, or leaching.

Agglomerators are essential in several sectors, including iron ore pelletising, copper heap leach preparation, fertiliser production, and general mineral processing, where they improve handling, material consistency, and process efficiency. Because these drums process large volumes of abrasive or corrosive material, they require robust internal protection to ensure reliable operation and long service life.

Reglin provides specialised rubber lining systems engineered to protect agglomerators from wear, corrosion, noise, and premature failure – positioning us as one of Australia’s most experienced suppliers in this critical area.

Agglomerators Face Extreme Wear, Abrasion and Material Build-Up

Agglomerators operate in harsh conditions where internal surfaces are constantly exposed to abrasive fines, high tumbling forces, corrosive binders, and continuous rotational wear. Without adequate protection, the steel shell of the drum rapidly wears, leading to:

  • Loss of drum geometry
  • Reduced agglomeration efficiency
  • Increased maintenance and unplanned shutdowns
  • High replacement costs
  • Product contamination from steel fragments

Iron ore balling drums, copper ore preparation drums, and fertiliser granulator drums are especially vulnerable due to the abrasive nature of concentrates, ore fines, and mineral additives.

Operators require a lining system that can withstand continuous abrasion, absorb impact, and prevent material build-up, while also delivering long-term reliability in demanding processing environments.

Rubber Lining Provides Long-Lasting Wear Protection for Agglomerators

Reglin supplies premium wear-resistant rubber lining systems specifically designed for agglomerators used in mineral and fertiliser processing. Our linings are engineered from high-performance natural and synthetic rubber compounds that provide:

  • Outstanding abrasion and impact resistance
  • Energy absorption to reduce shell stress and extend structural life
  • Reduced material build-up, promoting cleaner internal surfaces
  • Corrosion protection from binders, moisture, and chemical additives
  • Noise and vibration reduction, improving operational safety

Rubber linings are installed to form a seamless, durable protective layer that safeguards the steel shell and maintains drum performance over extended service intervals. Reglin has extensive experience working with OEMs, maintenance contractors, and processing sites to deliver long-lasting, custom-engineered rubber lining systems suitable for both refurbishment and new equipment.

Lining Rubber range of high quality premium wear and corrosion resistant lining rubber

The Result: Improved Service Life and consistent operational performance

Rubber-lined agglomerators benefit from extended service life, reduced maintenance, and more consistent process performance. The lining protects against shell wear, maintains internal geometry, prevents contamination, and supports uniform pellet formation. Plant operators experience fewer shutdowns, lower repair costs, and improved reliability across all stages of granulation or pelletising.

These advantages make rubber lining the preferred wear protection method for modern agglomerators operating in high-throughput mineral and fertiliser processing environments.

Conclusion

Reglin is a trusted provider of lining rubber solutions for agglomerators, offering proven durability and superior wear protection for iron ore balling drums, fertiliser granulator drums, copper agglomerators, and drum pelletisers across multiple industries. Our rubber lining systems ensure long-term reliability, reduced downtime, and optimal performance in the most demanding processing conditions.

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