الوصول المباشر إلى المصدّرين الإيرانيين

أنشئ طلبًا واحدًا واحصل على عروض أسعار متعددة من مورّدين موثوقين. مجانًا 100٪.

Turbine Oil

Turbine engines use a mixture of compressed air and fuel to start. They reach higher temperatures and, as such, require high-performing lubricants specifically designed to support their operation. These lubricants are called turbine engine oils (TEOs) and are essential for the performance and health of the turbine system.

Turbine oil has multiple industrial applications. It lubricates air and gas compressors, as well as all types of hydraulic devices, bearings, reduction equipment, and turbine runner bosses. In addition to its advanced lubrication properties, turbine oil provides efficient cooling and protects the system from sludge, rust, and corrosion. Turbine oil is often classified according to the turbine type, such as gas turbine oil, steam turbine oil, etc. turbine oils consist of base oil and additives, The base oil makes up 97% or more of the turbine oil. It can be synthetic, semi-synthetic, or mineral.

Additives typically make up only 1% of turbine oil. Although far smaller in quantity, they play a fundamental role in the turbine oil formula. Advanced additives are added to the oil to minimize foaming, prevent rust and oxidation, separate water, etc. Turbine oil is exposed to high temperatures and pressures. Its advanced formula helps it maintain good properties to ensure the continuous lubrication and protection of the turbine. Some of them are corrosion resistance, enhanced anti-oxidation, anti-foaming features, proper viscosity, excellent anti-wear property and high stability

For large turbines or ones used in the marine industry, viscosity is a crucial factor in assessing the turbine oil quality and performance. There is a wide range of viscosity grades available that range from 32 to 220.

Types of Turbine Oils :