CPI lubricants are developed by the Chemical Products Inc. (CPI) brand.
The formulations in this product line are engineered to deliver performance and reliability in a variety of industrial applications.
Their unique properties make them an ideal choice for demanding environments, where equipment function and longevity are priorities.
In this article, we discuss the key features of CPI lubricants and the benefits they provide for focused industrial solutions; from manufacturing plants to food processing facilities.
Key features of CPI lubricants
What sets industrial, high-performance lubricants such as the CPI range apart from traditional lubricants? We can pinpoint the key features as follows:
Low volatility
CPI lubricants are designed with low volatility. This means they evaporate at a significantly slower rate compared to traditional lubricants. The feature is especially beneficial in high-temperature environments where other oils might break down quickly.
Low volatility adds up to consistency and high performance over a long period of time.
Excellent lubricity
One of the standout features of CPI lubricants is their excellent lubricity; that is, the ability of a lubricant to reduce friction between moving parts.
CPI lubricants are noted for their outstanding performance in this area. These products form a protective film between surfaces in contact, which minimises wear and tear and ensures that parts – whether in engines, gears, bearings or hydraulic systems – move smoothly.
Chemically inert
CPI lubricants are chemically inert and do not typically react with other chemicals or environmental substances. This characteristic makes them ideal for use in harsh environments where exposure to moisture, chemicals or other contaminants is a concern.
The chemical stability of CPI lubricants helps to prevent breakdown and degradation, protecting sensitive equipment from corrosion or damage.
High viscosity index
The viscosity index (VI) measures the degree to which the viscosity (its resistance to flow, or ‘stickiness’) of a lubricant changes with temperature.
CPI lubricants have a high viscosity index, maintaining a stable viscosity across a wide temperature range. This is particularly important in applications operating in extremely cold or hot environments where temperatures fluctuate significantly.
Low pour point
CPI lubricants have a low pour point. The pour point of a lubricant is the lowest temperature at which it remains fluid enough to flow. This is a key feature in cold environments where lubricants with higher pour points may become too thick to lubricate adequately.
Some lubricants in the CPI line can flow easily even in sub-zero temperatures.
Good hydrolytic stability
Hydrolytic stability is a lubricant’s ability to resist degradation when it is exposed to water.
CPI lubricants are formulated with high hydrolytic stability. This ability to withstand exposure to moisture without breaking down is important in industrial settings in which equipment is frequently exposed to water or humid conditions, avoiding damage and prolonging the life of the equipment.
Complete demulsibility
Complete demulsibility is a feature that allows some CPI lubricants to effectively separate from water.
In industrial environments, water contamination is a common issue, especially in systems where water and oil may mix, such as hydraulic systems. With their complete demulsibility, CPI lubricants are designed to effectively separate from water, ensuring that moisture doesn’t affect performance.
The benefits of CPI Lubricants
What do manufacturers and other industrial operators receive from their investment in CPI lubricants? We will conclude by outlining the benefits that the key features above deliver to CPI lubricants’ customers.
As we’ve touched upon, CPI lubricants can help to increase the working life of industrial equipment. Features such as low volatility, excellent lubricity and hydrolytic stability all contribute to extending the lifespan of equipment by reducing friction and minimising wear.
Then there is optimised performance. The way that CPI lubricant formulations are engineered means that they are designed to ensure equipment functions well, even in a harsh or challenging industrial environment. This is predominantly down to the reduction of friction between moving parts, which results in less wear, less heat generation and lower energy consumption.
CPI lubricants also provide a barrier on equipment to prevent moisture and contaminants from causing rust or corrosion. Reduced friction and protection ultimately result in reduced maintenance needs, and this has a direct impact on the bottom line.
Businesses that use CPI lubricants can look forward to cost savings by: extending the life of equipment; reducing maintenance needs and optimising performance. For this reason, the CPI lubricants product range is likely to retain its reputation as one of the industrial lubricant market leaders, helping companies avoid the high costs of frequent lubricant replacements and repairs.
