SharpShoot R MAXX Mil Spec Lubricant Preservative 8oz
$44.00
SharpShootR Australia
35
SharpShoot R MAXX MIL-SPEC LUBRICANT 8oz
Shooters and outdoorsmen have problems unique to their particular sport. Firearms encounter explosive heat, grit, sand, corrosion, unburned powder residue, primer residue, carbon, minute metal fragments, and moisture as a routine part of normal use. Firearms also need to have long-term protection from rust and corrosion, as well as adequate lubrication.
With that set of problems in mind SharpShoot_R Precision began a search for a special purpose lubricant that meets the specific needs of the shooting public.
How it works:
Maxx ™ is a cutting edge product. It contains a patented particulant contained in no other commercial lubricants. This use of this particulant is protected by a patent.
One of the smallest particulants used in lubricants is molybdenum. The particulant in molybdenum is approximately 2 microns in diameter. Maxx™ contains a patented particulant that is spherical in structure, and is less than 1/20 th of a micron in diameter. The minute size of this particulant greatly decreases friction and drag by reducing greatly the build_up of heat. It puts an ultra_thin layer of spherical particulant and a high heat tolerant lubricant between metal parts. The small diameter of this particulant allows Maxx™ to penetrate in to the terrain of metal surfaces, which are less than 1/20 th of a micron deep. This particulant further carries with it a unique blend of synthetic non_petroleum low drag lubricant and high lubricity natural oils that sets up a boundary shield of lubrication.
Properties:
The characteristics of this natural/synthetic blend lubricant are quite unique, in that they have an operating range of +600º F down to _70º F. Being a synthetic base lubricant, Maxx™ is non_gumming, and non_shellacing over any length of time. It does not change in viscosity or color, over time. Maxx™ contains no teflon or PTFE of any kind. These products have proven themselves to be gumming agents a which build up, and actually prevent lubrication to take place.