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Explain some knowledge about emulsified oil in the industry

Emulsified oil is a tiny oil particle that exists in a stable state (not floating or condensing), with a particle size of about 0.5 to 25m. It is a light brown to dark brown liquid or semi-solid. It is a kind of metal cutting oil. It is mainly used for cooling, lubrication, and is used for metal roughing such as turning, sawing, drilling, and grinding.

Introduction to the relationship between emulsified oil and cutting fluid

Emulsified oil is an emulsified fuel, an emulsion composed of water and a flammable liquid (oil or fuel). An emulsion is a special example of a dispersion containing continuous and dispersed phases. In an emulsion, both phases are oil and water. Mixed liquid.

Characteristics of anti-rust emulsified oil and methods of emulsified oil wastewater treatment

Anti-rust emulsified oil is refined with special base oil, emulsifier and coupling agent. This product can also form a very emulsion in the case of hard water and high dilution ratio. This product has strong scavenging ability, high alkali reserves, and low foam trend. Contains universal fungicides, which can kill various microorganisms commonly found in processing fluids.

Is emulsified oil the same as saponified oil?

Emulsified oil: In simple terms, it is to mix oil, water and additives together to form tiny particles of water-in-oil. The diameter is between a few microns and more than ten microns. Emulsified oil additives contain rust inhibitors, emulsifiers, smoothing agents, preservatives, non-ferrous metal corrosion inhibitors and surface active agents.

What is the difference between grinding fluid and cutting fluid?

The functions of cutting fluid in the process of metal cutting are: to reduce the friction between the tool and the difference between the grinding fluid and the cutting fluid of the workpiece, to form a lubricating oil film, to reduce the cutting force, friction and power consumption, the falling temperature and tool wear.

How to avoid water-based cutting fluid corrosion machine tool?

After using the five-axis numerical control machining center, the factory workshop continued the previous management methods and application understanding of cutting fluids, ignoring the application requirements of numerical control machine tools for water-based cutting fluids. At the same time, the state of cutting fluids in the use of equipment lacks useful detection and maintenance methods, resulting in the use of five-axis numerical control machining centers for a period of time, and many machining centers have successively shown shortcomings.