Easy Bar® with Almasol®

Easy Bar® is an innovative lubrication solution designed for rotary kilns and dryers, boasting a unique composition that allows it to melt upon contact with the high temperatures of these surfaces. Crafted from a patented blend of mineral and metal lubricants, including the renowned Almasol®, along with LE’s exclusive wear-reducing additive, this solid lube bar features a solid polymer binder with a melting point of approximately 49°C.

User Benefits:

Easy Bar® with Almasol® by LE delivers unparalleled advantages to users, effectively averting unplanned downtime and cutting costs. Its incorporation of Almasol®, LE’s proprietary solid EP additive, enhances its wear-reducing capabilities, ensuring prolonged equipment lifespan.

Additionally, with an auto-ignition point of 538°C, one of the highest in the industry, this bar effectively prevents hazardous flame-ups.

The patented blend comprises a proprietary mixture of mineral and metal lubricants suspended within a solid polymer binder. As the binder evaporates entirely upon use, there’s no residual stickiness to attract debris, ensuring cleaner operations.

Easy Bar® facilitates effortless installation within minutes, either manually or through the convenient Lubricator insertion tool.


Ideal for use in rotary kilns, dryers, and calciners across diverse industries, including cement, lime, pulp and paper, waste processing, mining, phosphate, petroleum, asphalt, minerals, chemical, food & beverage, gypsum, clay, kaolin, iron ore, and aluminium.

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Product Codes: LE9210

Typical Applications

  • Rotary kilns, dryers, calciners
  • Cement, lime, pulp & paper, waste processing
  • Mining & phosphate, petroleum & asphalt, minerals
  • Chemical, food & beverage, gypsum, clay & kaolin
  • Iron ore & aluminium

Proprietary Additives

LE’s proprietary additives are used exclusively in LE lubricants. Easy Bar® with Almasol contains Almasol.

Almasol® solid wear-reducing additive is able to withstand extremely heavy loads, chemical attack and temperatures up to 1,900°F (1,038°C). It is attracted to metal surfaces, forming a microscopic layer but not building on itself or affecting clearances. Almasol minimizes metal- to-metal contact and the resulting friction, heat and wear.