This paste is designed to offer life-long lubrication for chain bolts and bearings. It can provide extended lubrication in components that experience continuous or heavy usage, reducing the need for frequent maintenance and re-lubrication. This longevity is advantageous in industrial settings where minimizing downtime and maintenance costs is crucial for operational efficiency.

This product is specially formulated for various industrial applications, including pre-treatment before the high-pressure setting of gears, toothed wheels, slide-ways, plain bearings, joints, bolts, threaded connections, and valves. It is designed to provide long-lasting lubrication for chain bolts and bearings. Additionally, PASTE-PLUS 456 is perfectly suitable for lubrication and mounting of elements exposed to both high temperature and high loads, such as those found in annealing ovens, chains, threaded spindles, chain pulleys in electrode ovens, slides, and more.

The paste is conductive, which means PASTE-PLUS 456 can facilitate electrical conductivity in addition to its lubricating properties. This feature can be advantageous in situations where electrical conductivity is required in conjunction with lubrication. For applications involving electrical connections or components, the paste's conductivity can help ensure proper electrical contact while simultaneously providing lubrication and protection against metal wear.

This paste serves as a lubricant at temperatures up to 200°C, where the semi-synthetic base oil provides lubrication. However, when exposed to temperatures above 200°C, the base oil evaporates without leaving any residue. In these high-temperature conditions, the solid components within the paste take over as a dry lubricant. This dual functionality ensures continued lubrication and protection of components at both moderate and elevated temperatures.

This product is a semi-synthetic lubricating paste formulated with an inorganic thickener and EP (extreme pressure) agents. Its composition enables PASTE-PLUS 456 to provide efficient lubrication and prevent metal-to-metal contact, even under heavy loads.