Industrial lubricants are essential for machines. They can extend machine life, reduce abrasion, and decrease friction between moving parts. Read more about the advantages of lubricants. Synthetic lubricants are a good choice for some applications but not ideal for all machinery. For example, synthetic lubricants have better protection against abrasion than their natural counterparts.
Synthetic lubricants have a longer life
Compared to mineral oil, synthetic lubricants offer higher efficiencies and longer service life. Fuel economy regulations for vehicles drive the production of higher-efficient on-highway engine oils, but this is not the case for industrial equipment. Synthetic lubricants improve energy efficiency by reducing the traction coefficient in rolling elements. The result is smoother operation and lower power consumption. Synthetics have been used in industrial applications for over two decades and have many benefits. Contact your local lubricant supplier VA, for your needs.
They are more expensive.
The cost of industrial lubricants is a concern for both manufacturers and consumers. While oil is the most common source of lubricants, other oils are also used in industrial applications. Moreover, synthetic oils in industrial applications are a cost-effective alternative to mineral oil. In addition to being more affordable, synthetic oils are more environmentally friendly. Therefore, despite their higher price, industrial lubricants are an indispensable part of industrial processes.
They reduce friction between moving machine parts.
The purpose of lubricants in machines is to reduce friction between the parts, which results in increased performance and minimizes repairs. By reducing friction, lubricants can increase the uptime of your machine, improve productivity, and reduce energy bills. But before choosing an oil for your machine, consider what you need it for. For example, some lubricants have specialized additives, which can help reduce rust.
They protect against abrasion.
While most industrial applications use grease or oil to lubricate moving parts, these are insufficient to prevent abrasion and wear. Industrial lubricants are designed to protect against these problems and improve surface mechanical properties. In some cases, grease or oil alone cannot meet the required level of wear resistance. Abrasive-resistant coatings are the only viable option.
They are non-toxic
Lubricants are the common fluid found in the workplace and play an essential role in the proper operation of machines and machinery. Industrial lubricants are composed of chemicals and carefully chosen additives that keep gears turning and engines running smoothly. According to the American Petroleum Institute, or API, base oils are classified according to their carcinogenic potential. Typically, they are classified into one of five groups based on their toxicity to humans.
They can be fire-resistant or polyester.
Industrial lubricants can be either fire resistant or polyolester, synthetic lubricants with high oxidative stability and low volatility. Both of these lubricants are non-corrosive and offer superior anti-wear properties. They can be used in applications up to 150 degrees Celsius and have excellent lubricity characteristics at boundary conditions. These lubricants can have 22 to 100 ISO VG viscosities and are often produced with very low viscosity indexes (less than 60).
They can be modified with EP agents to protect against precision surface damage.
EP additives are chemically reactive compounds that bond to metal surfaces to form a ductile film. Some applications may call for ashless EP agents. EP agents can be used in industrial lubricants.