Stainless Steel 310 Screw

Stainless Steel 310 Screws are manufactured from high chromium-nickel austenitic alloy which exhibits superior resistance to high-temperature oxidation and carburization. Stainless Steel 310 screws are made from a high chromium-nickel steel material that makes it suitable for high-temperature applications that may involve oxidation or corrosion resistance.

Chemical compositions of Stainless Steel 310 Screw

Stainless Steel 310 screws are made from commercially pure titanium with the following typical chemical composition:

Cr	Ni	C	Si	Mn	P	S	Mo	Cu	Fe
24.0-26.0	19.2-22.0	.25 Max	1.50 Max	2.00 Max	.045 Max	.03 Max	.75 Max	.50 Max	Balance

This information is useful in evaluating the stainless Steel 310 screws' performance under different operating conditions.

Mechanical properties of Stainless Steel 310 Screw

Stainless Steel 310 screws possess several key mechanical properties:

Temperature, °F	Ultimate Tensile Strength, ksi	.2% Yield Strength, ksi	Elongation Percent
70	80.0	35.0	52
1000	67.8	20.8	47
1200	54.1	20.7	43
1200	35.1	19.3	46
1600	19.1	12.2	48

These properties ensure that Stainless Steel 310 screws offer an all-round performance making them suitable for various industrial applications.

Features of Stainless Steel 310 Screw

Stainless Steel 310 screws offer several notable features due to their unique composition and properties which include:

Excellent Oxidation Resistance: SS310 screws offer higher corrosion resistance against oxidation and scaling at elevated temperatures than most other forms of stainless steel.
High Chromium Content: 310 screws Comprises high chromium content that provides high resistance to oxidation and corrosion.
Elevated Nickel Content: SS 310 screws enhance mechanical strength and also offer protection from expansion and stresses due to heat.
Durability: 310 SS screws can effectively provide high strength and durability when used in conditions that are characterized by severe temperatures.
Corrosion Resistance: Stainless Steel 310 screws ensure stable resistance to corrosion in many cases, especially when exposed to high temperatures.
Thermal Stability: 310 screws resist distortion and maintain dimensional stability and mechanical performance during thermal cycling and exposure to harsh environments.
Non-magnetic: SS 310 screws are not magnetic in their natural state, but may become slightly magnetic when exposed to what is known as cold working.
Work Hardening: These screws exhibit work-hardening factors that enhance the material’s resistance to mechanical strain.
Good Weldability: Weldable provided that the correct techniques are employed in welding and the base material and weld do not deteriorate from the welding process.
Machinability: SS310 screws can be easily machined and formed in different shapes which gives flexibility in its applications.

These features contribute to the versatility and reliability of Stainless Steel 310 screws in various demanding applications.

Uses of Stainless Steel 310 Screw

Stainless Steel 310 screws are utilized in a range of industries due to their unique properties. These bars are commonly used in industrial settings.

Industrial Furnaces: SS310 screws are used where temperatures and oxidative conditions are high such as in furnace parts.
Heat Exchangers: Stainless Steel 310 screws are used where high heat transfer rates and corrosive conditions are required for heat exchanger systems.
Boilers: 310 screws are applied in boilers since they offer enhanced performance when subjected to high-stress steam conditions.
Ovens and Kilns: 310 SS screws are used in industrial ovens and kilns where material can be exposed to high temperatures.
Power Plants: These screws are applicable for elements including turbines, generators, and other parts that undergo high temperatures.
Chemical Processing: Stainless Steel 310 screws are applied in chemical reactors and processing equipment that come across high-temperature reagents.
Petrochemical Industry: 310 screws are used in applications that require equipment used in refining and processing where high temperatures and service conditions involve corrosive elements.
Aerospace: SS310 screws are used in aerospace applications and are applied in parts that are exposed to intense thermal stress such as engine parts.
Marine Applications: SS310 screws are used in marine applications for components that are expected to experience high temperatures and contact with salt water.
Oil and Gas: SS310 screws are popular in oil rigs and the apparatus for handling natural gas due to their heat and corrosion-resisting characteristics.

Thus, Stainless Steel 310 screws can withstand extreme conditions, making them a preferred choice for critical applications.

Chemical compositions of Stainless Steel 310 Screw

Stainless Steel 310 screws are made from commercially pure titanium with the following typical chemical composition:

Cr	Ni	C	Si	Mn	P	S	Mo	Cu	Fe
24.0-26.0	19.2-22.0	.25 Max	1.50 Max	2.00 Max	.045 Max	.03 Max	.75 Max	.50 Max	Balance

This information is useful in evaluating the stainless Steel 310 screws' performance under different operating conditions.

Mechanical properties of Stainless Steel 310 Screw

Stainless Steel 310 screws possess several key mechanical properties:

Temperature, °F	Ultimate Tensile Strength, ksi	.2% Yield Strength, ksi	Elongation Percent
70	80.0	35.0	52
1000	67.8	20.8	47
1200	54.1	20.7	43
1200	35.1	19.3	46
1600	19.1	12.2	48

These properties ensure that Stainless Steel 310 screws offer an all-round performance making them suitable for various industrial applications.

Features of Stainless Steel 310 Screw

Stainless Steel 310 screws offer several notable features due to their unique composition and properties which include:

Excellent Oxidation Resistance: SS310 screws offer higher corrosion resistance against oxidation and scaling at elevated temperatures than most other forms of stainless steel.
High Chromium Content: 310 screws Comprises high chromium content that provides high resistance to oxidation and corrosion.
Elevated Nickel Content: SS 310 screws enhance mechanical strength and also offer protection from expansion and stresses due to heat.
Durability: 310 SS screws can effectively provide high strength and durability when used in conditions that are characterized by severe temperatures.
Corrosion Resistance: Stainless Steel 310 screws ensure stable resistance to corrosion in many cases, especially when exposed to high temperatures.
Thermal Stability: 310 screws resist distortion and maintain dimensional stability and mechanical performance during thermal cycling and exposure to harsh environments.
Non-magnetic: SS 310 screws are not magnetic in their natural state, but may become slightly magnetic when exposed to what is known as cold working.
Work Hardening: These screws exhibit work-hardening factors that enhance the material’s resistance to mechanical strain.
Good Weldability: Weldable provided that the correct techniques are employed in welding and the base material and weld do not deteriorate from the welding process.
Machinability: SS310 screws can be easily machined and formed in different shapes which gives flexibility in its applications.

These features contribute to the versatility and reliability of Stainless Steel 310 screws in various demanding applications.

Uses of Stainless Steel 310 Screw

Stainless Steel 310 screws are utilized in a range of industries due to their unique properties. These bars are commonly used in industrial settings.

Industrial Furnaces: SS310 screws are used where temperatures and oxidative conditions are high such as in furnace parts.
Heat Exchangers: Stainless Steel 310 screws are used where high heat transfer rates and corrosive conditions are required for heat exchanger systems.
Boilers: 310 screws are applied in boilers since they offer enhanced performance when subjected to high-stress steam conditions.
Ovens and Kilns: 310 SS screws are used in industrial ovens and kilns where material can be exposed to high temperatures.
Power Plants: These screws are applicable for elements including turbines, generators, and other parts that undergo high temperatures.
Chemical Processing: Stainless Steel 310 screws are applied in chemical reactors and processing equipment that come across high-temperature reagents.
Petrochemical Industry: 310 screws are used in applications that require equipment used in refining and processing where high temperatures and service conditions involve corrosive elements.
Aerospace: SS310 screws are used in aerospace applications and are applied in parts that are exposed to intense thermal stress such as engine parts.
Marine Applications: SS310 screws are used in marine applications for components that are expected to experience high temperatures and contact with salt water.
Oil and Gas: SS310 screws are popular in oil rigs and the apparatus for handling natural gas due to their heat and corrosion-resisting characteristics.

Thus, Stainless Steel 310 screws can withstand extreme conditions, making them a preferred choice for critical applications.

bright metal overseas llp

mumbai - maharashtra - india

1 Year

View Profile

bright metal overseas llp

mumbai - maharashtra - india

1 Year

View Profile

Stainless Steel 310 Screw FAQ's

Stainless Steel 310 Screw Starts At Rs 12/Piece To Rs 18/Piece.

310 stainless steel screws are typically used in a range of applications that require strength, corrosion resistance and oxidation resistance at elevated temperatures, such as aerospace, automotive, petrochemical and food processing.

Regular maintenance such as cleaning and inspection is recommended to ensure the longevity of your application as well as maintain optimum performance levels.

No more suppliers available.