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updated 04/07/2011
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| CCG, Inc 336 Shootout Lane Princeton, LA 71067 318-949-9884 phone 318-949-9829 fax |
Firepower
FP-10TM
Cleaner, Lubricant, & Preservative
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**Dramatically
improved lubrication means: 1). Reduced wear on all moving parts; 2).
Reduced friction for faster and smoother operation; and 3). Optimized
muzzle velocity due to reduced friction in the bore.
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Dealers contact us for wholesale pricing.
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*Sprayer not included
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Firepower FP-10 CLP is a semi-synthetic Lubricant, Cleaner, and Preservative, specifically designed and formulated with the serious Shootist, Soldier, Law Enforcement Officer, Sportsman and Professional Armorer in mind. It's extraordinary abilities to clean, remove lead, lubricate, guard against extreme pressure and wear, and protect from corrosion, all in one product, make it the ultimate in the total care and maintenence of all firearms, weapons, and weapons systems.
No other product can match the performance and unique qualities of Firepower FP-10 CLP
Extensive testing and evaluation has proven that Firepower FP-10 CLP not only lives up to it's claims mentioned above, but also improves bore accuracies due to its unique boundary film capabilities and reduced coefficients of friction between the bullet surface and rifling lands of the barrel. This results in more linear bullet velocities and a more even distribution of chamber pressure (c.u.p.) during ignition and bullet flight within the bore. Secondly, the reduced coefficients of friction mean reduced friction-related heat and wear, not only within the bore, but on all moving metal parts of the weapon.
Firepower FP-10 CLP contains MPC's MT-10 Metal TreatmentTM to smooth and seal metal surfaces, establishing a boundary film with a thickness of only 3 microns on opposing surfaces. Firepower FP-10 CLP causes an electro-chemical reaction to take place upon the metal surfaces developing an actual "armored" boundary film that will withstand Hertzian forces of pressure. Likewise, a similar reaction takes place within the bore as the treated metals of the rifled lands assist in ballistic movement of the bullet due to reduced frictional coefficients and improved boundary film strength. This causes a more even build of pressure during ignition due to the fact that the bullet sees less frictional resistance from the lands, causing an improved accuracy expressed in better average velocities, extreme spreads, standard deviations and bullet groupings.