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HAIRPIN STAINLESS STEEL COTTER & CLEVIS PIN Locking Hole Bolts Clips 3/8" Pair
More than 10 available
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Shipping: Australia: free (more destinations)
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Condition: Brand new
Returns: 30 days, buyer pays return shipping (more)
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HAIRPIN STAINLESS STEEL COTTER & CLEVIS PIN Locking Hole Bolts Clips 3/8" Pair
Clevis Pin (3/8").
Cotter (2 3/8")
Return Policy:
- 14 days to return the item after received.
- 25% restocking fee applies.
- Buyer's pay the return shipping.
Shipping Policy:
- Shipping in 1 handling day.
Stainless Steel
Types: Ferritic, Austenitic, Martensitic, Duplex and Precipitation hardening (PH)
Ferritic – These steels are based on Chromium with small amounts of Carbon usually less than 0.10%. These steels have a similar micro-structure to carbon and low alloy steels. They are usually limited in use to relatively thin sections due to lack of toughness in welds. However, where welding is not required they offer a wide range of applications. They cannot be hardened by heat treatment. High Chromium steels with additions of Molybdenum can be used in quite aggressive conditions such as sea water. Ferritic steels are also chosen for their resistance to stress corrosion cracking. They are not as formable as austenitic stainless steels. They are magnetic.
Clevis Pin (3/8").
Cotter (2 3/8")
Return Policy:
- 14 days to return the item after received.
- 25% restocking fee applies.
- Buyer's pay the return shipping.
Shipping Policy:
- Shipping in 1 handling day.
Stainless Steel
Types: Ferritic, Austenitic, Martensitic, Duplex and Precipitation hardening (PH)
Ferritic – These steels are based on Chromium with small amounts of Carbon usually less than 0.10%. These steels have a similar micro-structure to carbon and low alloy steels. They are usually limited in use to relatively thin sections due to lack of toughness in welds. However, where welding is not required they offer a wide range of applications. They cannot be hardened by heat treatment. High Chromium steels with additions of Molybdenum can be used in quite aggressive conditions such as sea water. Ferritic steels are also chosen for their resistance to stress corrosion cracking. They are not as formable as austenitic stainless steels. They are magnetic.
