Titanium motorbike bolts Flange inner plum blossom GR5 titanium M8×30 motorbike bolts

 

1. High strength and low density

Titanium alloy is a metal that has a low density and great strength. It has a density of just 60% and a maximum strength of 80% compared to steel. Increased energy efficiency and reduced structural weight are achieved by the low density and exceptional strength of the M8×30 titanium alloy bolts.

 

2. Excellent corrosion resistance

When it comes to high temperatures, high salt, chloride ions, and other harsh conditions, titanium alloy resists corrosion significantly better than stainless steel. This reduces maintenance expenses by allowing M8×30 titanium alloy bolts to last longer under harsh circumstances.

 

3. Good high-temperature performance

Excellent high temperature performance is exhibited by titanium alloy, which can function for extended periods of time below 450 °C and even briefly tolerate temperatures as high as 650 °C. Consequently, in high-temperature environments, M8×30 titanium alloy bolts exhibit stable mechanical characteristics and are resistant to deformation and failure.

 

4. Good low temperature performance

Even in low-temperature environments, titanium alloy maintains its exceptional toughness and resists cold brittle fracture. Because of this, M8×30 titanium alloy bolts have several potential uses in the cryogenic engineering industry.

 

5. Good welding performance

Titanium alloys may be bonded using a number of welding processes and have good welding properties. This improves machining performance and reduces production costs for M8×30 titanium alloy bolts during manufacturing.

 

Parameter name	Specification
Diameter	M8
Length	30mm
Material	Titanium alloy
Surface treatment	Anodizing, Electrolytic polishing, Passivation (Optional)
Hardness	About 140-180HV
Tensile strength	About 800-1000 mpa
Density	About 4.5g/cm³
Thread specification	M8×1.25 (Coarse teeth)
Enforce standards	GB/T 3098.1-2010

 

1. Smelting

Titanium alloys are melted using vacuum consumable electrode arc furnace (VAR) or plasma melting (PAM). During the smelting process, raw materials must be thoroughly inspected to guarantee consistent composition and low impurity levels.

 

2. Forging

Following melting, the titanium alloy ingot must be forged to enhance its microstructure and mechanical characteristics. To achieve superior mechanical qualities throughout the forging process, the deformation temperature, degree, and speed must all be carefully controlled.

 

3. Heat treatment

It takes careful control over the holding duration, cooling rate, and heating temperature to accomplish the expected effects throughout the heat treatment process, which is required to increase the mechanical qualities and stability of the forged titanium alloy material.

 

4. Machining

Heat-treated titanium alloy may be machined into M8×30 bolts. To increase processing quality and efficiency, pay close attention to tool selection, cutting parameter setup, and lubricant selection during the machining process.

 

5. Surface treatment

Anodizing, electroplating, and spraying are available surface treatment methods for M8×30 titanium alloy bolts to improve their visual appeal and resistance to corrosion. It is important to guarantee that the coating adheres firmly to the matrix and does not compromise the mechanical properties of the bolt throughout the surface treatment procedure.

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