Self-emulsifying Ester – X Easy plus

Main Feature：

• Very good dispersibility in water, it can quickly form a stable white emulsion when mixed with water, and can form a stable equilibrium system with other components of the cutting fluid. To form a fully synthetic system, just add enough alcohol amine. easy to operate.
• In the molecular structure, it contains both ester group and carboxyl group. This structure can effectively reduce the wear between the interfaces, prolong the service life of the tool, and 2. In the molecular structure, both ester groups and carboxyl groups are contained. Such a structure can effectively reduce the wear between the interfaces, prolong the service life of the tool, and significantly increase the extreme pressure lubrication performance of the cutting fluid.
• Self-emulsifying ester，synthetic base oil (Group V) can maintain emulsion stability for a long time, reduce tool wear and cutting fluid volatilization loss, and ensure long-term operation of the system.
• Similar resistance to hard water as ether carboxylic acid. Even long-term use in hard water environments up to 5000ppm can achieve sufficient stability.
• Has good biological stability. The isomeric structure in the molecule makes it have antibacterial properties, thus reducing the amount of fungicides.

 

The Properties of Self-Emulsifying Ester in Synthetic Cutting Fluid:

In order to explore the possibility of self emulsifying ester as the main lubricant of the synthetic cutting fluids, different synthetic working fluids were prepared with polyether, tetramer of castor oil and self-emulsifying ester as lubricants. The lubrication, anti-wear and anti-foam performances of the three lubricants in the synthetic cutting fluids were investigated by using four ball testing machine, Microtap tapping torque tester and liquid circulation foam testing machine. The results shows that the self-emulsifying ester can effectively improve the lubrication and anti-wear performances of the synthetic cutting fluids, and its lubrication and anti-wear performance are similar to that of tetramer of castor oil. The anti-foaming property of self-emulsifying ester is better that of tetramer of castor oil and its anti-foam performance is equivalent to that of polyether lubricant （PAGs).