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PLATES AND HELMETS |
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Magazines |
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20 Round Magazine
The C Products, LLC 20 round and 30 round AR
magazines are constructed using Aluminum Alloy type 6061,
spec AMS-QQ-A-250/11. They are heat-treated to a temperature
of 985 degrees and then rapidly quench cooled. This achieves
a T6 temper and hardness.
Each magazine is hard coat anodized per MIL-A-8625, Type
III, Class 1, to a film thickness of .001 +or- .0002 and
finished with a D-dry film lubricant per MIL-L-46010 to a
thickness of .0002-.0005.
The magazines are assembled using a MIL-STD Green Follower
with the option of two springs:
1. Standard 17-7 Stainless steel spring [Heat treated and
passivated]
2. Enhanced Chrome Silicon Spring
The Standard 17-7 Stainless steel spring has been used for
years and proven to be reliable, however, exhibits the
characteristic of weakening over time and left in stress,
i.e. in a loaded magazine.
The enhanced Chrome Silicone spring, originally used in
Anti-aircraft weapons for their resilience, is a spring that
will take an initial set and maintain it these properties,
not showing any weakening as in the stainless steel. While a
light coating of oxidation may occur on the outside surface
of the spring, it does not degrade the quality or
performance of the spring in any way. |
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30 Round Magazine The C
Products, LLC 20 round and 30 round AR magazines are
constructed using Aluminum Alloy type 6061, spec
AMS-QQ-A-250/11. They are heat-treated to a temperature of
985 degrees and then rapidly quench cooled. This achieves a
T6 temper and hardness.
Each magazine is hard coat anodized per MIL-A-8625, Type
III, Class 1, to a film thickness of .001 +or- .0002 and
finished with a D-dry film lubricant per MIL-L-46010 to a
thickness of .0002-.0005.
The magazines are assembled using a MIL-STD Green Follower
with the option of two springs:
1. Standard 17-7 Stainless steel spring [Heat treated and
passivated]
2. Enhanced Chrome Silicon Spring
The Standard 17-7 Stainless steel spring has been used for
years and proven to be reliable, however, exhibits the
characteristic of weakening over time and left in stress,
i.e. in a loaded magazine.
The enhanced Chrome Silicone spring,
originally used in Anti-aircraft weapons for their
resilience, is a spring that will take an initial set and
maintain it these properties, not showing any weakening as
in the stainless steel. While a light coating of oxidation
may occur on the outside surface of the spring, it does not
degrade the quality or performance of the spring in any way. |
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