In industrial production and daily equipment operation, temperature is always a key factor affecting the stable operation of equipment. When the cold winter arrives and the temperature plummets to dozens of degrees Celsius below zero, equipment often "jams" during startup due to solidified lubricating oil. In high-temperature operating scenarios, ordinary lubricants become thinner due to the high temperature and lose their lubricating effect, causing increased wear on equipment components, which not only affects work efficiency but also may pose safety risks. However, with the advent of high-temperature lubricant IOTA-255, a new solution to these extreme temperature lubrication problems has been found.
The most striking advantage of the high-temperature lubricant IOTA-255 is its exceptional adaptability, stemming from its outstanding core performance. Firstly, its thermal stability. While many lubricants decompose and carbonize in high-temperature environments, IOTA-255 maintains a stable chemical structure at high temperatures. Even under prolonged high-temperature conditions, it is not susceptible to deterioration, effectively preventing equipment failures caused by lubricant failure.
At the same time, its antioxidant properties cannot be ignored. During equipment operation, lubricating oil is easily oxidized when it comes into contact with air, generating acidic substances and sludge. These substances can corrode equipment components, clog oil lines, and affect the normal operation of the equipment. IOTA-255, with its strong antioxidant properties, can slow down the oxidation reaction, reduce the generation of harmful substances, and extend the service life of the equipment.
Lubricity is the core function of lubricants, and IOTA-255 excels. It forms a uniform, stable oil film on the surfaces of equipment components, effectively reducing friction and wear between components, lowering equipment energy consumption, and ensuring efficient operation. Furthermore, its radiation resistance provides protection for equipment in specialized industries, ensuring stable lubrication even in radiation-exposed working environments and ensuring normal equipment operation. Its water stability prevents emulsification and deterioration in humid environments or when in contact with water, further broadening its application range.
More importantly, the high-temperature lubricant IOTA-255 has an extremely wide operating temperature range, easily handling temperatures from ultra-low temperatures of -60°C to high temperatures of 320°C. This feature enables it to play an important role in a variety of equipment in different regions and industries.
In practical applications, it has a wide range of uses. It can be used as a high-temperature heat carrier for insulation, lubrication, damping, shockproofing, and dustproofing, providing stable heat transfer and protection for equipment. It can also serve as a base oil for high-temperature lubricants and greases, providing high-quality raw materials for the production of subsequent products. It helps various types of equipment operate safely, stably, and efficiently in extreme temperature environments, safeguarding industrial production and daily life.
