What a delight to meet the brains behind the development of WPL. If you care to make another (with Alex as guest) and discuss suspension lubricants / working fluids in more detail, you have my encouragement. Thanks. Good luck there. Your videos are superb.
@VorsprungSuspension digging up an old video to request a discussion of changing oil viscosity vs changing valving/shim stacks. For example, can you describe when and why you would choose a heavier oil rather than stiffer valving?
Really great video! I´m looking for a substitute for the Fow Red 10wt for my shock damper and this video helped me understand what´s important. If you know a possible replacement product that would be very much appreciated.
Kinematic Viscosity is the ratio of absolute or dynamic viscosity to density - a quantity in which the force is external and independent of the mass of the fluid. Kinematic viscosity can be obtained by dividing the dynamic viscosity of a fluid by its density
What a delight to meet the brains behind the development of WPL. If you care to make another (with Alex as guest) and discuss suspension lubricants / working fluids in more detail, you have my encouragement. Thanks. Good luck there. Your videos are superb.
@VorsprungSuspension digging up an old video to request a discussion of changing oil viscosity vs changing valving/shim stacks. For example, can you describe when and why you would choose a heavier oil rather than stiffer valving?
I miss Engineering lecture now thanks! Can't "weight" to see next weeks vid!!
These videos make me want to go back to school, great stuff!
Really great video! I´m looking for a substitute for the Fow Red 10wt for my shock damper and this video helped me understand what´s important. If you know a possible replacement product that would be very much appreciated.
Kinematic Viscosity is the ratio of absolute or dynamic viscosity to density - a quantity in which the force is external and independent of the mass of the fluid. Kinematic viscosity can be obtained by dividing the dynamic viscosity of a fluid by its density
Excellent video. Congratulations and thank you.
We want part 2!
Awesome!!