SENTRY BP2000 POWDER SMEERMIDDEL

Beschrijving

BP2000 Powder is een niet-vet smeermiddel in poedervorm. Het hecht zich bijzonder goed aan metaal en trekt geen vuil aan. Het is bij uitstek geschikt voor de trekkergroep, geleiderichels van de slede en grendel. Ook ideaal in vriezend weer.

BP2000 POWDER is pure powdered sub-micron, passivated molybdenum disulfide lubricant. How It Works: BP2000 Powder; molybdenum (mloy) disulfide has a natural bonding affinity for metals. BP2000 Powder is based on dry film technology. It is specially prepared with strict controls on particle size (sub-micron) and chemical composition (passivated) . BP2000 is the finest lubricating powder available. When worked into any metal surface BP2000 Powder provides a dry bonded film of lubrication which sheds dirt and residue so cleaning is simple. Pure powdered sub-micron, passivated molybdenum disulfide lubricant with a natural bonding+H4 affinity for metal. BP2000 is great for trigger jobs and fine-tuning bores, bolts, rails and slides. BP2000 Powder can be used on its own or on top of SMOOTH-KOTE. When used with SMOOTH-KOTE, friction is reduced by as much as an additional 20%, compared to oiled surfaces. BP2000 POWDER and SMOOTH-KOTE should be used together on any surface which needs smoothness and high lubricity such a trigger part surfaces and match barrels. Hammer and sear trigger systems treated with these products will have smoother and lighter trigger pulls. The size of the particles in BP2000 Powder are sub-micron, allowing them to get into the pores in the metal surface. Graphite particles are much larger and so cannot get into the pores of the metal. BP2000 will bond to the metal axle much better than graphite. Think of BP2000 Powder particles as if they were marbles. Compared to graphite particles the size of bowling balls. If you covered a floor with both, No matter how many you spread on a floor, there will always be gaps between the larger balls. Whereas BP2000 Powder, being comprised of sub-micron particles, would be the equivalent of covering that same floor with marbles Gaps between the particles would be smaller and you’d get much better coverage.