A vast assortment of spindle oils are currently produced by lead manufacturers in the lubrication industry, like Q8 and Shell. These cleverly crafted and built-for-purpose oils deliver impressive performance levels and can protect equipment from a wide range of prevalent problems, like wear and corrosion.
Today, you can find spindle oils that are able to serve a multitude of purposes and are suitable for general machinery or specific tools used in factories and plants around the world. Like any form of lubrication, the oil is designed to offer protection to the parts it serves and to ensure they can move freely. However, leading spindle oils are also infused with specific additives that enhance their capabilities.
Read on as we explore the nature of these additives and some of the applications they are suited to.
Additives without tackiness agents
Spindle oil reduces the amount of friction occurring, but it can also reduce juddering and instances of stick slip, which are common complaints with the use of spindles. Unlike many other lubricants, some types of spindle oil, like those produced by Q8, do not require the use of a tackiness agent, which is highly beneficial in the areas they must work in. With no tackiness agent employed, dust and other particles are drawn to the spindle system. When these deposits accumulate, they can cause destructive abrasions to equipment. However, using a spindle oil that does not contain a tackiness agent will result in far less wear to mechanical equipment and improved performance.
Protection from surplus water
High-grade spindle oils are produced specifically for the high-speed spindles employed in certain hydraulic and circulation systems. These oils offer impressive performance and are imbued with additives designed to separate water. This property can protect spindles and systems from excessive water build-up during operation.
Spindle oils typically use a base oil that has low viscosity, but this can be enhanced by specially designed additives to match the requirements of equipment manufacturers. Additives have the ability to suppress or increase the innate properties of the base oil used in formulations, with lubricant engineers lowering or increasing viscosity levels to achieve the desired result.
Protection from corrosion and oxidation
Rust is formed on machine parts that are made of iron-alloys like steel when water and air are present. When it contaminates components, it causes them to lose their structural integrity, and they become brittle and more easily broken. Required to work at intense speeds and as part of systems under heavy demand, spindles must be able to deliver top performance and can’t afford any weaknesses.
Fortunately, additives included in spindle oils offered by lubricant makers like Mobil provide far greater resistance against rust and other forms of corrosion. This ensures equipment is fully operational and can enjoy 100 per cent uptime.
Many available spindle oils also use zinc-free additives, ensuring that no harmful acidic by-products will reduce the base oil’s capability to lubricate or cause damage to spindles and the equipment they are used in.