BOFRL-Y
Single Mechanical Seal Type
BOFRL-C
Atmospheric Pressure Type
BOFRL-D
Bottom Type
BOFRL-Z
Axial Flow Type
BOFRL-J
Jet Flow Type
BOFRL-Q
Dispersion Disc
Features:
BOFRL-C Atmospheric Pressure Design, Optional Packing Device Does Not Contain Mechanical Seal; BOFRL-Y Pressure Design Type, With Mechanical Seal; Installed In The Reaction Kettle And Batching Tank Under Normal Pressure, The Processing Capacity Is 10L-10000L;
To Meet Different Production Needs, It Can Be Used With Reaction Kettle And Batching Tank, And Can Be Customized And Lengthened; The Installation Position Has Various Installation Forms Such As Eccentric, Vertical And Inclined; Material: 304 Or 316L (Optional); The Tooth Shape And Quantity Of The Stator And Rotor Are Selected According To The Needs Of The Production Process.
To Meet Different Production Needs, It Can Be Used With Reaction Kettle And Batching Tank, And Can Be Customized And Lengthened; The Installation Position Has Various Installation Forms Such As Eccentric, Vertical And Inclined; Material: 304 Or 316L (Optional); The Tooth Shape And Quantity Of The Stator And Rotor Are Selected According To The Needs Of The Production Process.
er Working Conditions.
The Root Of A Good Product Comes From Design
LTPM China Calculates The Main Parameters Of Agitator And Configuration Specifications Revolutions, Stirring Flow Rate, Velocity Gradient, Shear Force, Uniform Mixing Time, Gas-Liquid Mass Transfer Coefficient Kla And Other Main Parameters Through A Large Number Of Practical And Theoretical Data For 20 Years To Ensure Stirring. To Achieve The Best Effect Of The Process, The Configuration Is Not Wasted, And Won The Praise Of Users. On The Premise Of Achieving The Effect, It Can Save Costs, Improve Energy Efficiency And Reduce Energy Consumption. The Product Takes A Number Of Agitator Patents.
LTPM China Has A Variety Of Stirring Experimental Equipment. When The Experimental Conditions Of Some Media Cannot Be Achieved, It Can Provide Users With A Large Number Of Optimized Designs In Combination With CFD Fluid Mechanics Simulation Experiments.
