Products

DESCRIPTION

• Overview
• Product Description
• Specification
• Functional Advantages
• Core Applications
• Company Profile
• FAQ

Overview

Basic Info.

Model NO.	M6-M20
Standard	DIN, ANSI, ISO, ASTM
Grade	Grade 5
Application	Machinery, Chemical Industry, Environmental, Building
Finish	Anodized Colors, Burnt Blue, PVD/Dlc Coatings
Product Name	Titanium Bolt
Keywords	Titanium Fastener
OEM & ODM Custom	Accept
Logo Custom	Accept
Thread Type	Metric, Unc, Unf, Left-Hand Thread
Tensile Strength	> 950 MPa (ASTM E8 Standard)
Torque Specification	M10 Grade 5 Bolt > 55 Nm
Salt Spray Resistance	> 1,000 Hours (ASTM B117 Standard)
Weight Characteristic	Lightweight (40% Lighter Than Steel)
Transport Package	OEM-Branded Packaging for Resale
Specification	Standard Specifications or Customized
Trademark	SYZ MACHINE
Origin	Shanghai, China
Production Capacity	50000pieces/Year

Product Description

Product DescriptionPREMIUM GRADE 5 TITANIUM BOLTS – LIGHTWEIGHT, HIGH-STRENGTH FASTENERS FOR DEMANDING APPLICATIONS

Engineered for excellence, our Grade 5 Titanium Bolts (Ti-6Al-4V/TC4) deliver the perfect combination of exceptional strength, ultra-lightweight performance, and superior corrosion resistance.

These precision-machined titanium fasteners are manufactured to meet DIN, ANSI, and GB standards, with thread options including Metric, UNC, UNF, and left-hand configurations.

Whether you need titanium hex bolts for motorcycles, titanium flange bolts for racing applications, or titanium socket head bolts for aerospace projects, our GR5 titanium bolts are rigorously tested to exceed industry standards — achieving tensile strength over 950 MPa and passing 1,000+ hours of salt spray testing without corrosion.

Choose from natural titanium finish, anodized colors, stunning burnt blue titanium, or advanced PVD/DLC coatings to match your performance and aesthetic requirements.

Upgrade your build with fasteners that professionals trust.Specification

TECHNICAL PARAMETERS
Product Name	Titanium Bolt
Keywords	Titanium Fastener
OEM & ODM Custom	Accept
LOGO Custom	Accept
Thread Type	Metric, UNC, UNF, Left-Hand Thread
Surface Treatment	Natural Titanium, Anodized Colors, Burnt Blue, PVD/DLC Coatings
Tensile Strength	> 950 MPa (ASTM E8 Standard)
Torque Specification	M10 Grade 5 Bolt > 55 Nm
Salt Spray Resistance	> 1,000 Hours (ASTM B117 Standard)
Weight Characteristic	Lightweight (40% Lighter Than Steel)

Functional Advantages

ULTRA-LIGHTWEIGHT CONSTRUCTION

Titanium offers approximately 40% weight savings compared to steel, making our GR5 titanium bolts the ideal choice for weight-sensitive applications in motorsport, aerospace, and high-performance cycling, where every gram matters.EXCEPTIONAL HIGH-STRENGTH PERFORMANCE

Manufactured from Ti-6Al-4V (TC4) titanium alloy and tested per ASTM E8 standards, our Grade 5 titanium bolts achieve a tensile strength exceeding 950 MPa — delivering steel-level durability at a fraction of the weight.

SUPERIOR CORROSION RESISTANCE

Independently verified through ASTM B117 salt spray testing, our titanium fasteners withstand over 1,000 hours of exposure with zero rust formation — perfect for marine, chemical, and outdoor environments.HIGH-TEMPERATURE RESISTANCE

Titanium's natural heat tolerance makes these bolts ideal for exhaust systems, engine components, and brake calipers where thermal stability is critical.

PRECISION-MACHINED ACCURACY

Every bolt is measured using Coordinate Measuring Machines (CMM) to ensure dimensional accuracy within ±0.01 mm tolerance, guaranteeing a perfect fit and consistent thread engagement.Core ApplicationsMOTORCYCLE & MOTORSPORT

From M6 titanium bolts for brake calipers to M8 and M10 titanium flange bolts for exhaust systems, racers and enthusiasts worldwide trust our fasteners for critical weight reduction and race-spec durability.

HIGH-PERFORMANCE CYCLING

Professional cyclists and bike builders choose our titanium bike bolts to shave weight from frames, stems, and component assemblies without compromising structural integrity.

AUTOMOTIVE PERFORMANCE & TUNING

Upgrade your vehicle with titanium exhaust bolts, hydraulic oil filler bolts, and engine fasteners that reduce unsprung weight and withstand extreme heat cycles.

GENERAL INDUSTRIAL & PRECISION ENGINEERING

For machinery, robotics, and equipment requiring high-precision fasteners that perform reliably in demanding conditions, our titanium bolts deliver measurable results.Company Profile

FAQQ1: What materials are commonly used for titanium hardware in racing and automotive applications? Why choose titanium over other materials? Are there alternatives?
A: We primarily use Grade 5 Titanium Alloy (Ti-6Al-4V) for our racing and automotive fasteners, due to its exceptional strength-to-weight ratio (900–1100 MPa tensile strength), 40–45% lighter than steel, and excellent corrosion resistance in harsh track or coastal environments.
For cost-sensitive projects, Grade 2 Titanium is also available, offering excellent corrosion resistance with slightly lower strength.
Alternative materials like aerospace-grade aluminum (7075-T6) or stainless steel (AISI 304 / 316) can be provided if weight reduction or budget considerations are prioritized over maximum tensile performance.

Q2: What surface treatments are available for Titanium Hardwares? How do they improve performance and durability?
A: We offer multiple surface treatments tailored for motorsport use:
1. Anodizing (Color & Hard Anodizing): Enhances corrosion resistance and allows custom colors (Blue, Gold, Purple, Rainbow).
2. PVD Coating (TiN, DLC): Adds a wear-resistant, decorative layer — e.g., TiN Gold finish with hardness > 2000 HV.
3. Polished Mirror Finish: Reduces surface friction and improves aesthetics for exposed parts.
4. Sandblasted Matte Finish: Non-reflective and scratch-resistant, ideal for off-road racing.
Performance Gains:
Salt Spray Resistance: +30% compared to untreated titanium
Surface Hardness: Up to 3× improvement with PVD/DLC

Q3: How do you ensure the quality and performance of threaded hex bars during the design stage? Can products be customized to client requirements?
A: Finite Element Analysis (FEA): Simulates load, vibration, and thermal expansion before manufacturing.
3D CAD Modelling: Ensures dimensional accuracy ±0.02 mm.
Material Certification: All titanium materials come with ASTM B348 or AMS 4928 compliance.
Customization Options: Length, thread type (Metric/UNC/UNF), head design, and coating can be tailored.
For example, for a German racing client, we designed an M12 × 1.25 hex bolt with black DLC coating, reducing part weight by 36% compared to their original steel bolt.Q4: What is your standard production process for Titanium Hardware? How long is the typical lead time?
A: Production Workflow:
1. Material Preparation: Certified Grade 5 titanium bar stock cutting
2. CNC Turning & Milling: Using DMG MORI 5-axis machining centers for precision
3. Thread Rolling or Cutting: ISO/DIN/ANSI compliant threading
4. Surface Treatment: Anodizing, PVD, or polishing
5. Quality Inspection: Coordinate measuring machine (CMM), tensile tests
6. Packaging & Shipping
Lead Time:
Samples: 7–10 days
Standard production (1,000–5,000 pcs): 15–25 days
Large-scale orders (>20,000 pcs): 4–6 weeks

Q5: How do you test Titanium Hardware after manufacturing? Are there application-specific tests?
A: Dimensional Accuracy: Measured with CMM to ±0.01 mm tolerance.
Tensile Strength Test: ASTM E8 standard — our Grade 5 bolts achieve > 950 MPa.
Salt Spray Test: ASTM B117 for corrosion resistance — no rust after 1,000 hours.
Torque Test: Ensures bolts meet automotive torque specs (e.g., M10 Grade 5 bolt > 55 Nm).
Application Simulation: High-vibration bench tests for motorsport environments.

Q6: What customization options are available for enterprise clients?
A:1.Thread Type: Metric, UNC, UNF, left-hand thread
2. Dimensions: Length, diameter, head shape
3. Surface Finish: Anodized colors, PVD/DLC coatings
4. Engraving: Part numbers, brand logos
5. Packaging: OEM-branded packaging for resale
Minimum Order Quantity (MOQ) for custom runs: 200–500 pcs, depending on part type.

Q7: How should Titanium Hardware be maintained? What is the typical service life?
A:Cleaning: Rinse with mild detergent and warm water — avoid strong acids.
Inspection: Every 6 months for racing applications; look for thread wear or damage.
Service Life: Over 10 years in normal conditions; in motorsport, replacement cycles depend on stress levels.