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Superior Weapon Reliability
In
this test all three products were applied according to their
directions. Then 1/8” of sand was placed on the entire piece of
steel and wiggled back and forth to get equal distribution and
attraction. The sheet steel was then turned 90 degrees and bumped
several times on its side to remove any loose sand and this was the
result.
Superior
Lubricant
Purpose of
test: To see if the superior lubrication and reduced friction of
Gunzilla reduces the temperature in the action parts of a machine
gun.
Location:
Toledo, OH.
Date: November 29, 2007
Time: 12:00 Noon
Outside Air Temperature: 27 degrees F
Weapon used:
Colt AR620 (AR15 HBAR)
Ammunition: M855 62Gr Ball
Temperature
Measuring Device: Extech 42510 Infrared Thermometer (accuracy + or –
2%)
First Test
with Military CLP
Application:
CLP was used to clean and lubricate the action and bore. CLP was
left wet on the action parts.
Temperature
of action prior to firing: 28 degrees F
Shoot: Fire
10 rounds slow fire and 15 rounds cyclic rate
Temperature
of action immediately after completion of shoot: 91 degrees F
Total
temperature rise: 63 degrees F
Second Test
with Gunzilla BC-10
Application:
Gunzilla BC-10 was used to clean and lubricate the action and bore.
Gunzilla was wiped dry to the touch.
Temperature
of action prior to firing: 38 degrees F
Shoot: Fire
10 rounds slow fire and then 15 cyclic rate
Temperature
of action immediately after completion of shoot: 48 degrees F
Total
temperature rise: 10 degrees F
CLP Gunzilla Difference
Lubricant wet
or dry on action Wet Dry
Action
temperature prior to firing 28 F 38 F 10 F
Action
temperature after firing 91 F 48 F 43 F
Total
temperature rise 63 F 10 F
53 F
Lower
temperatures mean reduce friction, superior lubrication, longer
machine gun life, better reliability and it saves money.
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