Description
Titanium Tapered Socket Cap Bolts Specs |
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Head Style | Hex Socket Tapered | Material | Ti6AI4V (Gr.5) Titanium/Custom | LOGO | Customizable | ||
Drive style | Hex Socket | Hardness | Rockwell C36 | Quality Control | 100% Fully Check | ||
Thread size | M2~M30 | 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 |
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Length | 16mm~220mm | Thread Spacing | Coarse Thread | Customizable Colors | Natural Color/Black/Burnt Blue/Golden/Rainbow/Purple/Green/Customized color | ||
Standard | DIN 912 Tapered /ISO 12474/ISO 4762/DIN EN ISO 4762/UNI 5931/NF E 25-125/AS 1420/ANSI ASME B 18.3.1M | Threading | Partially Threaded | Surface Treatment | Pickling/Polishing/Anodizing/PVD Coloring |
Why Choose Our Titanium Tapered Socket Cap Bolts?
1.Material: Premium Grade 5 Ti6Al4V (TC4) Aerospace Titanium Alloy.
Titanium is harder than aluminum, more durable than aluminum alloys, tougher than steel, and superior to organic materials like stainless steel. This grade 5 titanium boasts exceptional strength-to-weight ratio, making it the top choice for high-performance applications.
2.Customizable Colors & Surface Treatments.
The titanium components can be finished with Pickling, Polishing, Anodizing, or PVD Coloring, offering both functional and aesthetic enhancements to meet specific design requirements. These treatments not only improve appearance but also enhance corrosion resistance.
3.High-Performance Titanium Bolts Lightweight, High Strength, and Corrosion-Resistant
Engineered for high-stress environments, titanium bolts offer outstanding resistance to damage, oxidation, and corrosion. They are rust-proof, making them ideal for applications requiring both strength and reliability in challenging conditions.
4.Feature of Titanium Tapered Socket Cap Bolts:
– 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.
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