Baoji Tianruite Metal Co., Ltd.
Titanium Alloy Hexagonal Nuts
Titanium Alloy Hexagonal Nuts
Titanium Alloy Hexagonal Nuts

Titanium Alloy Hexagonal Nuts

Head Shape: Hexagonal Nuts
Diameter:M8 M10 M12 etc
Grade:GR5
Titanium Content: 98%
Color: green, blue, gold, black, purple, rainbow, etc
Surface Treatment: Anodizing
Forming Process: CNC
Minimum Order Quantity: 200 PCS
Delivery Time: 7-20 Days

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Description
Products Description

 

Material type:Titanium alloy (Ti6Al4V)

Shape:Titanium Alloy Hexagonal Nuts

Specification:M8, M10, M12, M16, M20, etc.

Diameter:Corresponding to the specifications, for example, the M8 has a diameter of 8mm

Altitude:Depending on the size and type, it is usually between 5mm and 30mm

Thread type:Coarse Thread or Fine Thread

Tensile strength:≥640 MPa

Yield strength:≥440 MPa

Rate of elongation:≥10%

Corrosion resistance:Very good, suitable for aerospace, Marine engineering and other high corrosion environment

 

Product specifications

 

Specification

Thread diameter (mm)

Screw pitch (mm)

Width of opposite side (mm)

Thickness (mm)

Grade of mechanical properties

Materials

M8

8

1.25

15.8

6.8

8

Titanium alloy (Ti6Al4V)

M10

10

1.5

19.6

8.4

10

M12

12

1.75

22.1

10.8

10

M16

16

2

27.8

14

12

M20

20

2.5

34.6

17

12

M24

24

3

41.6

21

14

 

Titanium alloy hexagon nuts purchase guide

1. Ascertain the details and measurements
Diameter of thread: Ascertain the required thread diameter based on the specifications of the application (e.g. M8, M12, etc.).
Pitch: To make sure it matches the bolt, choose the appropriate pitch.
opposite side width: Verify that the nut's opposite side width is suitable for the mounting area.
Thickness: Take into account the nut's thickness since it has an impact on the fastener's strength and compatibility.

 

2. Mechanical and material characteristics
Type of titanium alloy: Select a titanium alloy-such as Ti6Al4V-that is appropriate for your need.
Mechanical properties: Be aware of the nut's elongation, yield strength, shear strength, and tensile strength.
Corrosion resistance: Verify if the material can withstand corrosion in the environment where it will be used.

 

3. Application of surface coating
Anodizing: enhances appearance and resistance against corrosion.
Passivation: Enhances corrosion resistance and lowers surface reactivity.
unique coatings, including PVD coatings designed for harsh conditions.

 

4. Certification of quality
Standard certification: Verify that the nut meets global standards like ISO, DIN, GB, and so on.
Third-party testing: Whether a test report has been provided by a third-party testing company.


5. Selection of suppliers
Reputation: Select reliable and knowledgeable vendors.
Production capacity: Verify the quality control system and production capacity of the supplier.
Understanding the supplier's warranty and after-sales service policies is important.

 

6. Cost and delivery time

Budget: Consider the price within your budget.

Delivery time: Confirm that the supplier can deliver the goods within your required time.

 

7. Placement and approval
Before making a large purchase, request samples from the source for testing.

Acceptance standards: Provide precise acceptability standards for things like size, look, mechanical characteristics, etc.

 

8. Application guidance

Installation torque: Know the correct installation torque, avoid too tight or too loose.

Maintenance: Understand the nut maintenance and maintenance methods to ensure long-term performance.

 

9. Environmental adaptability

Operating temperature: Ensure that the nut can work properly within the temperature range of the application environment.

Chemical corrosion: Consider the chemicals the nut will come into contact with and choose the appropriate material and surface treatment.

 

10. Conditions of storage
Protection against moisture and corrosion: Steer clear of moisture and corrosive materials when storing.

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There is a possibility of encountering the following issues while purchasing hexagon nuts made of titanium alloy:

 

Problem category

Description

Cost

The elevated cost of titanium alloy components results in increased nut expenses.

Supply chain

Lead times for titanium alloy nuts might be lengthy and certain sources could be needed.

Specifications and standards

The specification may need to be modified based on the particular use; it is not as standardized as regular nuts.

Processing difficulty

Processing Titanium alloy hexagonal nuts is challenging and calls for specialized cutting instruments and processing technologies.

Quality certification

Certain applications could need strict certification and quality monitoring, which would increase the cost and complexity of the procurement process.

Corrosion resistance

In harsh settings, further surface treatment could be necessary to increase corrosion resistance.

Mounting and torque

It is necessary to modify the torque value to prevent overtightening or nut damage.

Welding and heat treatment

For titanium alloy nuts, certain welding methods and heat treatment processes could be required.

Knowledge and technology

Technical know-how and material understanding may be necessary for the purchase and use of titanium alloy nuts.

Market supply

A low level of market demand might mean a shortage of providers, which could result in an unstable supply.

 

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