GR2 Hex Socket Head Titanium Bolt DIN912 Size M2 To M36 For Nuclear Reactors

Size: M2-M36

Length: 15mm-100mm

Customized size acceptable

Surface: CNC machining

color: we also can anodize the titanium bolt colors as your need, it can be gold, rainbow, purple and black.

Titanium is a material known for its high strength-to-weight ratio. The density of the Hex Socket Head titanium Bolt is 4.51g/cm³, which is higher than that of aluminum but lower than steel, copper, and nickel bolts. Despite its higher density compared to some other materials, titanium boasts the highest specific strength among these metals.

The Hex Socket Head titanium Bolt exhibits excellent corrosion resistance and remains stable in various media. Titanium bolts are highly resistant to corrosion in oxidizing, neutral, and weakly reducing environments, setting them apart from other metallic materials. Furthermore, titanium bolts are non-toxic, harmless, and environmentally friendly, qualities not typically found in alternative materials. These superior attributes contribute to the higher price point of titanium bolts when compared to other materials.

In addition to the ISO 7380 standard, other standards such as DIN931, DIN6921, DIN7991, and DIN934 are also compatible with the production of these bolts. The primary grades of titanium alloys we produce include Gr2, Gr5, Gr7, and Gr12, each offering a range of properties suitable for various applications.

In summary, the Hex Socket Head titanium Bolt, while having a higher density than some lighter metals, provides unparalleled strength and corrosion resistance, making it an environmentally friendly yet costlier option for fastening solutions.

Physical Properties 

Applications

Titanium bolts are utilized across various sectors due to their unique properties, which include high strength, low density, excellent corrosion resistance, and non-magnetic qualities. Here are some key applications of titanium bolts:

1. Nuclear Industry:

In the construction of nuclear reactors, there is a significant demand for titanium and its alloys. These materials are used extensively in the assembly of parts, pipes, and other components due to their ability to withstand extreme conditions and resist corrosion from radioactive substances.

2. Electronic Equipment:

Historically, steel screws were commonly found in mobile phones and computers. However, steel's magnetic properties necessitate degaussing to prevent magnetization by electromagnetic fields, which can interfere with network signals. Titanium bolts, being non-magnetic, lightweight, and robust, are now favored for their role in securing components within electronic devices.

3. Medical Industry:

Titanium is recognized as a biocompatible material that has widespread use in medical applications. Titanium screws are often employed for the stabilization and treatment of fractures and dislocations in clinical settings due to their strength and resistance to deformation.

4. Aerospace:

The aerospace industry remains a principal consumer of titanium, where weight reduction is critical for enhancing performance. Substituting steel screws, which have comparable strength, with titanium bolts significantly reduces the mass of aircraft. Additionally, the good elasticity and non-magnetic nature of titanium alloys are crucial for preventing bolt loosening and avoiding magnetic field interference.

As the titanium industry advances, the application of titanium screws and bolts is expected to expand beyond high-end precision industries and become more integrated into everyday life.