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provide a wide range of Titanium Nuts. Titanium Hex Nuts (also referred as Din 3.7035 Nuts)is still weldable, and can be hot or cold formed using standard techniques such as hydropress, power brake, stretching and drop hammer methods.Good ductility allows Titanium Heavy Hex Nuts to be cold formed at room temperature by standard techniques such as stretching, heading, stamping and drawing.
We offer these Titanium Lock Nuts in custom-made shapes and sizes as per the requirements given by our clients, and that too at an affordable and market leading prices.our range of Titanium Self Locking Nuts are available in different dimentions, specification & thickness as per the clients requirements. As a prominent Wholesaler and Exporter of Titanium Nylon Insert Nuts, we are reckoned in the industryas amongst the top makers of these products. these Titanium Coupler Nuts is somewhat weaker than Grade 3, but as said tougher than Grade 1 and in the same way resistant to corrosion
provide a wide range of Titanium Nuts. Titanium Hex Nuts (also referred as Din 3.7035 Nuts)is still weldable, and can be hot or cold formed using standard techniques such as hydropress, power brake, stretching and drop hammer methods.Good ductility allows Titanium Heavy Hex Nuts to be cold formed at room temperature by standard techniques such as stretching, heading, stamping and drawing.
We offer these Titanium Lock Nuts in custom-made shapes and sizes as per the requirements given by our clients, and that too at an affordable and market leading prices.our range of Titanium Self Locking Nuts are available in different dimentions, specification & thickness as per the clients requirements. As a prominent Wholesaler and Exporter of Titanium Nylon Insert Nuts, we are reckoned in the industryas amongst the top makers of these products. these Titanium Coupler Nuts is somewhat weaker than Grade 3, but as said tougher than Grade 1 and in the same way resistant to corrosion
Standard Specification For Titanium Nuts
Material | Specification | Standards | Size | Length |
Titanium Gr 2 Nuts | IS BS ASTM | ASTM B348 | M10 to M 36 | upto 5 Meters |
Ti Grade Equivalent Grades
Grade | Common Name | Related Specification | |||
British | European | ASTM | UNS | ||
Grade2 | 3.7035 | B348 | R50400 |
Chemical Composition of Titanium Alloy Nuts
Fasteners Trade Names | C | Fe | O | H | N | Ti | Al | Y | V | Sn | Pd | Mo | Ni |
Titanium Grade 2 | 0.08 Max | 0.3 Max | 0.25Max | 0.015max | 0.03 Max | Balance | – | – | – | – | – | – | – |
Minimum Mechanical Properties for Titanium Nuts
Yeild strength | Tensile strength | Elongation | Reduction |
Min 0.2% Mpa | Min Mpa | Min % | Min % |
275 | 345 | 20 | 30 |
Typical Mechanical Properties for Titanium Nuts
Yeild strength | Tensile strength | Elongation | Reduction |
Min 0.2% Mpa | Min Mpa | Min % | Min % |
352 | 483 | 28 | — |
Titanium Nuts Physical Properties
Yeild strength | Tensile strength | Elongation | Reduction |
Min 0.2% Mpa | Min Mpa | Min % | Min % |
352 | 483 | 28 | — |
Standard Specification For Titanium Nuts
Material | Specification | Standards | Size | Length |
Titanium Gr 2 Nuts | IS BS ASTM | ASTM B348 | M10 to M 36 | upto 5 Meters |
Ti Grade Equivalent Grades
Grade | Common Name | Related Specification | |||
British | European | ASTM | UNS | ||
Grade2 | 3.7035 | B348 | R50400 |
Chemical Composition of Titanium Alloy Nuts
Fasteners Trade Names | C | Fe | O | H | N | Ti | Al | Y | V | Sn | Pd | Mo | Ni |
Titanium Grade 2 | 0.08 Max | 0.3 Max | 0.25Max | 0.015max | 0.03 Max | Balance | – | – | – | – | – | – | – |
Minimum Mechanical Properties for Titanium Nuts
Yeild strength | Tensile strength | Elongation | Reduction |
Min 0.2% Mpa | Min Mpa | Min % | Min % |
275 | 345 | 20 | 30 |
Typical Mechanical Properties for Titanium Nuts
Yeild strength | Tensile strength | Elongation | Reduction |
Min 0.2% Mpa | Min Mpa | Min % | Min % |
352 | 483 | 28 | — |
Titanium Nuts Physical Properties
Yeild strength | Tensile strength | Elongation | Reduction |
Min 0.2% Mpa | Min Mpa | Min % | Min % |
352 | 483 | 28 | — |