Description
Titanium Bleed Nipple Screw Specs |
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| Thread size | M6/M8/M10 | Material | Ti6AI4V (Gr.5) Titanium/Custom | Quality Control | 100% Fully Check | ||
| Thread Pitch | 1.0mm | Hardness | Rockwell C36 | Surface Treatment | Pickling/Polishing/Anodizing/PVD Coloring | ||
| Standard | Custom | 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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| LOGO | Customizable | Thread Spacing | Coarse Thread | Customizable Colors | Natural Color/Black/Burnt Blue/Golden/Rainbow/Purple/Green/Customized color | ||
Why Choose Our Titanium Bleed Nipple Screw?
1.Material Excellence
Crafted from Aerospace-Grade Ti6AL4V (TC4) Titanium Alloy, a 5th grade variant, these Titanium Bleed Nipple Screws boast superior hardness over aluminum and steel, with outstanding properties surpassing organic materials like stainless steel.
2.Customizable Specifications
Available in thread sizes M16, M8, and M10, these screws cater to diverse applications. Their color and dimensions can be tailored to meet specific requirements, ensuring a perfect fit for your needs.
3.Surface Finishes
The screws undergo meticulous surface treatments including Pickling, Polishing, Anodizing, and PVD Coloring, guaranteeing a refined and protective finish that enhances both appearance and functionality.
4.Durability and Aesthetics
Renowned for their longevity, the Titanium Bleed Nipple Screws are lightweight yet robust, resisting fading and rust. Their enduring quality and aesthetic appeal make them an ideal choice for applications requiring strength and style.
5.Features of Titanium Bleed Nipple Screw 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.
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