M10 X 1.0mm Titanium Banjo Bolt M10 X 1.0mm

Description

Titanium Banjo Bolt Specs

Head Style Hex Flange Material Ti6AI4V (Gr.5) TitaniumCustom LOGO Customizable

Drive style Torx Hardness Rockwell C36 Quality Control 100% Fully Check

Thread size M10 Thread Type Metric MOQ Items in Stock (China)MOQ 1 PC

Items in Stock (USA)MOQ 1 PC

Items Out of Stock MOQ 100 Pieces

length 1mm Thread Spacing Coarse Thread Customizable Colors Natural ColorBlackBurnt BlueGoldenRainbowPurpleGreenCustomized color

Standard Custom Threading Partially Threaded Surface Treatment PicklingPolishingAnodizingPVD Coloring

Why Choose Our Titanium Banjo Bolt 

1.Material Excellence

Crafted from aerospace-grade Ti6AL4V (TC4) titanium alloy, this Titanium Banjo Bolt M10 boasts superior hardness compared to aluminum and steel. It outperforms organic materials like stainless steel, embodying the pinnacle of material strength and durability.

2.Customizable Specifications

Boasting a thread size of M10, our bolt offers customization in length to meet your precise requirements. Available in a variety of colors, which can also be tailored to your preference, it ensures aesthetic as well as functional satisfaction. The bolt’s surface can be treated with Pickling, Polishing, Anodizing, or PVD Coloring for a refined finish.

3.Rugged and Fade-proof

Lightweight yet robust, the Titanium Banjo Bolt M10 is a testament to engineering prowess. It resists fading and rust, maintaining its pristine condition over time, making it an ideal choice for applications demanding both durability and low maintenance.

4.Features of Titanium Banjo Bolt Material

– High Strength and Low Density Offers an excellent strength-to-weight ratio.

– Excellent Corrosion Resistance Suitable for use in harsh environments.

– Good Thermal Resistance Maintains performance at high temperatures.

– Low Temperature Resistant Retains toughness and mechanical properties even in cryogenic conditions.

– Nonmagnetic and Nontoxic Ideal for applications with high safety requirements.

– Good Coefficient of Thermal Expansion Maintains stable dimensions and shape.

– Low Elastic Modulus Provides a certain degree of elasticity and impact resistance.