

Bp's high-energy mgx88
Bp high energy mgx150 cycle oil
Bp antenna high mgx220 cycle system oil
Bp high-energy mgx320 cycle bearing oil
Bp high energy mgx460 cycle lubricant
B. P. Energy high mgx680 cycle system oil
Energol mgx88 cycle gear oil
Energoprojekt mgx150
Oil for energol mgx220 recycling system
Energoprojekt mgx320 cycle system oil
Energol mgx460-axis gear bearing oil
Oil for energol mgx680 cycle system
Energol mgx cycle and membrane bearing oil
Series of high-quality recycle oils with high-quality solvent refined mineral oils and enhanced performance additives that improve the oil membrane
Intensities, rust resistance, resistance to grinding, resistance to friction, resistance to oxygen and water separation。
Main strengths
High viscosity index
The oxidation is stable, thus increasing the life of the oil
The water is very separate
Good rustproof. Copper corrosive
High oil membrane strength and excellent grinding, under heavy load conditions, provide good for axle wear and gear rubbing
Protection role
The low carbon tendency reduces the axial deposition and helps keep the oil clean under harsh conditions
There's a good filter for all kinds of filters, including silican soil
Apply
Energol mgx is used to lubricate morgan's no-roller and supporting axle bearing systems. Engerol mgx 88 recommended for
There is a single lubricant cycle system with a high-speed no-roller. In the non-roller with two lubrication systems, it will be very sticky
No oil is used in low-speed rough processing and light-grade oil is used in high-speed processing。
High viscosity oil, due to its high heat and oxidation stability, and excellent rust resistance, water separation and
The performance against wear and tear is also very suitable for recycling oils for paper machines and other equipment. In such applications
It is used as a combined lubricant for bearings and gears at most lubricating points, including scroll bearings for ovens。
Specifications
Energol mgx's lubrication requirements for morgan construction in the united states。




