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When is a rubber lubricant required?

To operate efficiently and avoid becoming damaged, it is understood the machinery will need the support of a dedicated lubricant. All-natural and synthetic products, including greases and oils, are cleverly designed to serve just this purpose. Using the native properties of base oils, combined with the latest scientific techniques and specially designed additives, these oils and greases effectively stop the metal components of a machine from grinding against one another, causing damage.

Lubricants do far more than grease the parts, however – they also seal them against unwanted contaminants, and as they flow, they filter out debris and dirt, funnelling it away from key mechanical processes to where it can be safely discarded. When machines work, heat is generated, and this can also inflict harm on metal components. Fortunately, oils and greases also serve as a coolant, making certain that any moving parts never become overheated, leading to unnecessary damage.

Most machines are not entirely made of metal. A common component of most modern mechanical equipment in use today is rubber, which often acts as a protective seal or is used to create hardwearing washers. While this well-known man-made material is often selected for its durability and flexibility, it can still be destroyed. As a result, machine operators with equipment where rubber parts are used will always need a lubricant that will not harm them, while still providing the same lubricating qualities necessary for moving metal parts.

The valuable properties of rubber

In our modern world, rubber can be found in an extensive array of equipment, transportation and household appliances. Dishwashers and fridges use rubber seals, while the automotive and aerospace industry incorporate a multitude of rubber parts in the cars and aeroplanes they produce. Selected for its unique attributes, rubber can remain robust while providing excellent levels of elasticity. It is exceptionally lightweight yet resistant under stress from abrasive forces. This allows it to provide reliable protection levels and outstanding insulation. Furthermore, rubber can remain flexible enough to compress and extend whenever required, and it is entirely waterproof, making it ideal for keeping machine parts dry.

What to look for when purchasing a rubber lubricant

There are numerous lubricants in use today, but not all of them are entirely suitable for use with equipment featuring rubber parts. Alcohol, motor oil, petroleum jelly, detergent soaps and silicone sprays all lubricate but can be extremely damaging to rubber, leading to equipment failure.

As a result, lubrication engineers have worked hard to develop specialised rubber lubricants designed for a wide range of different applications to protect parts from corrosives, undue wear and other harm. Experts have discovered over time that the best type of lubricant for mechanical environments that involve rubber is a well-balanced emulsion that uses oil combined with water.

A lubricant that uses an emulsion has the ability to entirely cover a rubber part’s surface without beading occurring. The oil in the emulsion will naturally adhere to the rubber leaving the water element exposed, helping evaporation and effective protection simultaneously.

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