BEERING ENTERPRISES, INC.
Your Source for Fluid Film
Aviation Uses:
For airline applications, Fluid Film® has been tested by
the U.S. Air Force in accordance with Mil-C-16173-E
Grade 2, and found to exceed all requirements. Delta
Airlines wrote a process standard recommending Fluid
Film® as a general purpose maintenance lubricant,
stating that "Fluid Film® differs from other general
purpose maintenance lubricants in that the lubricating
capability remains for extended periods of time and is
not subject to evaporation." Studies conducted by
Purdue University found Fluid Film® to protect against
stress corrosion cracking. When applied prior to
exposure of the protected surface to an aggressive
environment, Fluid Film® was most effective. Boeing's
Space Systems Division wrote a specification for Fluid
Film's use on the Space Shuttle after Fluid Film®
passed the rigid testing standards for maintenance
materials. Film® is the only product to meet the
specifications for use on the Space Shuttle. Fluid Film®
was also tested by Boeing's Engineering Materials and
Process Laboratory and found to be twice as effective
as commonly used CPC's for aluminum alloys.
Sundstrand Aerospace wrote a specification for Fluid
Film's use as a preservative oil for magnesium, which
is now used as a standard throughout the helicopter
industry. The U.S. Coast Guard wrote an engineering
specification for Fluid Film with the purpose being to
improve the corrosion resistance of corrosion prone
areas of aircraft.
For airline applications, Fluid Film® has been tested by
the U.S. Air Force in accordance with Mil-C-16173-E
Grade 2, and found to exceed all requirements. Delta
Airlines wrote a process standard recommending Fluid
Film® as a general purpose maintenance lubricant,
stating that "Fluid Film® differs from other general
purpose maintenance lubricants in that the lubricating
capability remains for extended periods of time and is
not subject to evaporation." Studies conducted by
Purdue University found Fluid Film® to protect against
stress corrosion cracking. When applied prior to
exposure of the protected surface to an aggressive
environment, Fluid Film® was most effective. Boeing's
Space Systems Division wrote a specification for Fluid
Film's use on the Space Shuttle after Fluid Film®
passed the rigid testing standards for maintenance
materials. Film® is the only product to meet the
specifications for use on the Space Shuttle. Fluid Film®
was also tested by Boeing's Engineering Materials and
Process Laboratory and found to be twice as effective
as commonly used CPC's for aluminum alloys.
Sundstrand Aerospace wrote a specification for Fluid
Film's use as a preservative oil for magnesium, which
is now used as a standard throughout the helicopter
industry. The U.S. Coast Guard wrote an engineering
specification for Fluid Film with the purpose being to
improve the corrosion resistance of corrosion prone
areas of aircraft.
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