ROD TIG 3/32"309/309L SS
Oxford Alloy? 309/309L-16
DESCRIPTION / APPLICATION
Oxford Alloy E309/309L-16 is designed to run on direct current;
reversed polarity as well as alternating current. The low carbon
content of the weld metal lowers the risk of intergranular corrosion
by reducing the possibility of carbide precipitation at the grain
boundary. This electrode can be used to join dissimilar metals for
service temperatures up to 600øF and metals of 309 and 309L composition.
Oxford Alloy E309/309L-16 can also be used to join
stainless steels to themselves or to carbon or low alloy steels. The
molybdenum content provides creep resistance at elevated temperatures.
This dual classification will help eliminate redundancy.
SPECIFICATIONS CLASSIFICATIONS
AWS 5.4 AWS E309/309L-16
ASME SFA 5.4 UNS W30913
DESCRIPTION / APPLICATION
Oxford Alloy E309/309L-16 is designed to run on direct current;
reversed polarity as well as alternating current. The low carbon
content of the weld metal lowers the risk of intergranular corrosion
by reducing the possibility of carbide precipitation at the grain
boundary. This electrode can be used to join dissimilar metals for
service temperatures up to 600øF and metals of 309 and 309L composition.
Oxford Alloy E309/309L-16 can also be used to join
stainless steels to themselves or to carbon or low alloy steels. The
molybdenum content provides creep resistance at elevated temperatures.
This dual classification will help eliminate redundancy.
SPECIFICATIONS CLASSIFICATIONS
AWS 5.4 AWS E309/309L-16
ASME SFA 5.4 UNS W30913
In stock
Only 207 left
SKU
OAI-ER309L332
TTD $99.00
Oxford Alloy? 309/309L-16
DESCRIPTION / APPLICATION
Oxford Alloy E309/309L-16 is designed to run on direct current;
reversed polarity as well as alternating current. The low carbon
content of the weld metal lowers the risk of intergranular corrosion
by reducing the possibility of carbide precipitation at the grain
boundary. This electrode can be used to join dissimilar metals for
service temperatures up to 600øF and metals of 309 and 309L composition.
Oxford Alloy E309/309L-16 can also be used to join
stainless steels to themselves or to carbon or low alloy steels. The
molybdenum content provides creep resistance at elevated temperatures.
This dual classification will help eliminate redundancy.
SPECIFICATIONS CLASSIFICATIONS
AWS 5.4 AWS E309/309L-16
ASME SFA 5.4 UNS W30913
DESCRIPTION / APPLICATION
Oxford Alloy E309/309L-16 is designed to run on direct current;
reversed polarity as well as alternating current. The low carbon
content of the weld metal lowers the risk of intergranular corrosion
by reducing the possibility of carbide precipitation at the grain
boundary. This electrode can be used to join dissimilar metals for
service temperatures up to 600øF and metals of 309 and 309L composition.
Oxford Alloy E309/309L-16 can also be used to join
stainless steels to themselves or to carbon or low alloy steels. The
molybdenum content provides creep resistance at elevated temperatures.
This dual classification will help eliminate redundancy.
SPECIFICATIONS CLASSIFICATIONS
AWS 5.4 AWS E309/309L-16
ASME SFA 5.4 UNS W30913
| SKU | OAI-ER309L332 |
|---|---|
| Weight | 1.000000 |
| Manufacturer | OXFORD ALLOY |
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