Specification :

Air Tools Treatment

QMI Treatments - There is a difference

One of unbeatable product is the Air Tool Treatment, for Sluggish Air Tool, QMI’s treating process frees vanes and blades, restoring torque and RPMs in sluggish air tools and occasional repeat applications keep them free . The PTFE treatment then helps maintain optimum performance.

Air tools operate at extremely high RPMs with minimal lubrication fluid. The corrosive attack of moisture from compressed air causes cavitation of bearing and working surfaces. Gumming of blades and vanes result in reduce RPMs, loss of torque and expensive repair cost. Neglect and lack of regular lubrication can lead to premature air tool failure.

Typical Dynamic Clearance (tolerances between moving parts) of the side of vane in Air Tools system normally is between 5 - 13 micron, particles contamination who get in and stuck in the wall acting like a scouring pad forces the moving parts in the system to come into direct contact - accelerating wear very dramatically (a state called erosive wear), poor lubrication faster the process. QMI's Air Tool Treatment lubricates beyond oil by fusing a micro-thin treatment of PTFE into lubricated working surfaces, give a maximum thickness of treatment is 1 to 2 micron to contact surfaces thus not changing Dynamic Clearance of the system, once the PTFE Treatment fused into the friction surfaces it act like "Wet Ice on Wet Ice" protecting the friction surfaces even in a poor lubrication condition.

QMI Air Tool Treatment reduce friction and improves performance, protects against seizure during storage and extends the life of air tool almost indefinitely. The unique properties of QMI's PTFE provides much needed protection to pneumatic tools, sluggish air tools are often restored quickly by applying QMI.

Benefits
• Restores sluggish tools • Increased tool life
• Reduced friction and wear • Improved performance
• Reduced heat and noise • Protection against moisture
• Reduced maintenance • Protection against corrosives
• Reduced energy consumption • Reduced cavitation