Is Force Field Weapon Conditioner Safe for Aluminum?

Yes FFWC is safe for all metal and polymers. The well know reaction between graphite and aluminum is not a factor when dealing with “nano drivers” In other words FFWC contains a graphite molecule not graphite granules. below is the FFWC technical data.

TECHNICAL DATA – FFWC

PATENTED PROCESS

PRODUCT DESCRIPTION

This is a Nanoscopic, invisible protective coating/lubricant made with Nano fusion Technology. FFWC preserves and lubricates hard surfaces such as gun metal, plastics, fiberglass, polycarbonate, galvanized metal surfaces, copper, brass, stainless steel, aluminum, high carbon steel, nickel, and cobalt surfaces. It lubricates, protects and reduces friction; enhances film-strength, and anti-water properties.

FEATURES/BENEFITS

FFWC Tech lube incorporates advance e3 Nano fusion bonded technology to lubricate and penetrate material pores. It bonds itself to the surface of the metal through physical absorption of Nano particles it reduces friction between moving parts and minimizes wear and build – up of wear related debris.

LUBRICATION

FFWC Lube will not dry out; attract dust or dirt particles like petroleum products, even when the surface is wiped dry to the touch. Nano Lube is still present and lubricating the metal parts from within the pores of the weapon. This product does not require a liquid carrier to be present for protection. FFWC Lube does not evaporate because there are no carriers needed for continued protection. This product will not separate, become sticky, dry out or leave any tacky residue behind. It will not attract and hold firing residue, dust or dirt particles like petroleum products.

CLEANING

FFWC Lube provides protection through additives that in addition to the ability to penetrate between metal surfaces, also aids in the effective removal of built up dirt, lead, copper, carbon, corrosive particles and firing residues that can become abrasive to both recoil and gas operated mechanisms.

PRESERVATION

After cleaning, a Nano film of enhanced preservatives immediately bond to and form a barrier on the surface that displaces water and provides a corrosion resistant barrier against rust and dirt. It is designed to fulfill five levels of protection against hydrogen sulfide (H2S), mild mineral acids, carbon dioxide (Co2), saltwater and brackish environments, musky water, chlorine and similar adverse environments and has passed the salt spray corrosion (ASTM B-117) 150 Hours test. Additionally a barrier of protection is formed to protect against all other fouling of led, carbon, copper and plastic.

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