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Hydraulic Oil Additive Reduce Wear And Friction, Prevent Rust Oct 25, 2017

Hydraulic Oil Additive is the most used in industrial oil, the most widely used products, is transported to a number of fields, is to ensure the effective operation of the hydraulic system behind the scenes. Today and you share some small knowledge about Hydraulic Oil Additive . How to choose the right Hydraulic Oil Additive three elements.

As an important power in hydraulic system, Hydraulic Oil Additive has two main functions: lubrication and cooling equipment. Other features include control of flow rate, transmission of pressure and power, reduction of wear and friction, prevention of rust and corrosion, prevention of deposition of oxidized products on hydraulic system components, and provision of viscous seals. Hydraulic Oil Additive is a number of jobs.

But not all hydraulic fluids are the same. If you want to know whether your current use of Hydraulic Oil Additive has a proper effect, what should be done?

When you choose the right Hydraulic Oil Additive, you need to keep in mind the following three concepts.

1. Viscosity. Viscosity is the most important feature to consider when selecting hydraulic fluids for a particular application. Viscosity is a measure of the strength of oil viscosity, it determines the movement of components in the oil produced by the friction and resistance, it is precisely this resistance to promote the metal surface between the hydraulic fluid flow. The viscosity of the oil under the operating temperature of the equipment can determine the friction of the bearing, the speed of the Hydraulic Oil Additive flowing through the bearing and bearing capacity.

The correct viscosity of the Hydraulic Oil Additive Additive Additive can be quickly distributed to the surface of the moving parts-this is one of the key factors to prolong the pump life. The actual use of viscosity below the recommended viscosity may result in the pump leakage and the resulting oil temperature rise. On the contrary, when the actual viscosity is higher than the recommended viscosity, the Hydraulic Oil Additive flow is sluggish, the internal friction of the fluid increases, which cannot be well distributed in the whole hydraulic system. Therefore, you will need to strictly comply with the original equipment manufacturer's recommendations.

2. Base oil used in Hydraulic Oil Additive. The traditional Hydraulic Oil Additive is made of solvent neutral mineral oil (that is, I-type base oils) blending. But the current trend is more likely to be the use of hydrogenated base oils (i.e., type II base oils). The upgrading of the base oil used means that the cost of Hydraulic Oil Additive is correspondingly higher. But hydraulic fluids that use higher-level base oil blending can provide longer protection for your equipment. Because of its low volatility, antioxidant capacity and the ability to break milk is also stronger. In addition, a higher level of base oil also means that the oil contains less sulphur and more saturated hydrocarbons, which can help protect your device at two.

3. Hydraulic Oil Additive compound agent. The factors influencing the selection of additives include: the performance, compatibility and economy of additive.

With the trend of more and more miniaturization of the hydraulic system, the stay time of the Hydraulic Oil Additive in the fuel tank is also getting shorter. This means that the air will need to be released in a shorter period of time (air pollution can affect control accuracy), and a shorter period of time to control the foam and cooling (so the device tends to run at higher temperatures). In the shrinking hydraulic system, the additive in Hydraulic Oil Additive must play a more important role. Because they have to respond to contaminants (such as dust and metal particles) in a shorter period of time. Shorter stay times in the tank also mean shorter demulsification times, while condensation or leakage exists, and hydraulic fluids inevitably exist. And the water in the Hydraulic Oil Additive will block the filter, resulting in corrosion and pump wear, thus affecting the performance of Hydraulic Oil Additive .