MWF L+ is a high-quality fluorinated metalworking fluid engineered for demanding machining operations where conventional fluids and lubricants are insufficient. It has a low viscosity of 20 cSt at 20°C and is a very light-weight fluid.
Appearance: Water white liquid
Kinematic viscosity @ 25°C, cSt: 20
Kinematic viscosity @ 40°C, cSt: 10
Density 25°C, g/cm³: 1.90
Specific Heat 25°C, J/(g·K): 1.0
CAS No 9002-83-9
Primary Chemistry:
MWF L+ is a high-quality fluorinated metalworking fluid engineered for demanding machining operations where conventional fluids and lubricants are insufficient.
MWF L+ is a lightweight, synthetic metalworking fluid formulated by Halocarbon with a high-quality polychlorotrifluoroethylene (PCTFE) base. It provides excellent thermal tolerance for demanding operations under extreme temperatures, ensuring fluid reliability and equipment integrity. As a low-viscosity fluid, it helps form a protective barrier on metalworking equipment, offering exceptional lubrication and safeguarding parts from excessive wear. MWF L+ enables superior machinability and surface finish across various industrial applications, thereby increasing operational efficiency and improving product quality. As an inert, nonhazardous, and nonflammable fluid, it can be used in hazardous chemical processes and operations that involve strong acids or bases, flammable solvents, corrosive chemicals, hydrocarbons, strong oxidizers, and reactive gases.
Appearance: Water white liquid
Kinematic viscosity @ 25°C, cSt: 20
Kinematic viscosity @ 40°C, cSt: 10
Density 25°C, g/cm³: 1.90
Specific Heat 25°C, J/(g·K): 1.0
CAS No 9002-83-9
Primary Chemistry:
MWF L+ is a high-quality fluorinated metalworking fluid engineered for demanding machining operations where conventional fluids and lubricants are insufficient.
Thermal stress and fluid degradation in high-temperature conditions
Poor machinability of metalworking equipment due to improper lubrication
Poor material compatibility of fluids with plastics, polymers, metals, or elastomers
Reduced operational efficiency from the chemical breakdown of fluids
Hazardous reactions in oxygen, chlorine, or other reactive gases
Metalworking operations
Traditional CNC machining operations
Refractory metal and alloy machining
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