Excellent Corrosion Resistance
Titanium forms a stable passive oxide film that provides excellent resistance in seawater, chloride-containing and many chemical environments.
Specialty Alloy Fasteners
Titanium Fasteners Manufacturer
High-performance titanium bolts, stud bolts and custom fasteners engineered for lightweight, corrosion-resistant and high-strength industrial applications.
Titanium Grade Expertise
TA2, TC4 and TB3 fasteners for corrosion-resistant, lightweight and high-strength applications.
High Strength-to-Weight Ratio
Titanium fasteners combine low density with reliable mechanical performance for weight-sensitive equipment.
Custom Manufacturing
Standard and drawing-based titanium fasteners manufactured to project-specific dimensions and requirements.
Overview
Titanium Fasteners for Lightweight & Corrosion-Resistant Applications
Titanium offers an excellent combination of low density, corrosion resistance and mechanical performance, making it particularly attractive where weight reduction and long-term durability are important. Commercially pure titanium such as TA2 emphasizes corrosion resistance, ductility and formability, while TC4 (Ti-6Al-4V) provides much higher mechanical strength for load-bearing applications. TB3 is a metastable beta titanium alloy developed for high-strength fastener applications. Its good formability in the solution-treated condition and high strength after aging make it especially relevant to aerospace-type bolts and other highly loaded fastening components.
Why Choose This Material
Why Titanium Is Selected for Critical Fastening Applications
Titanium combines low weight, corrosion resistance and high-strength grade options for demanding fastening systems and precision engineering applications.
High Strength-to-Weight Ratio
Low density combined with useful mechanical strength enables significant weight reduction compared with many conventional metallic fasteners.
Reliable Mechanical Performance
Titanium grades provide dependable strength, toughness and fatigue performance for demanding structural and mechanical connections.
Flexible Grade Selection
TA2, TC4 and TB3 provide different balances of corrosion resistance, formability, mechanical strength and heat-treatment response.
Titanium Grades Available for Fasteners
TA2, TC4 and TB3 provide different combinations of corrosion resistance, lightweight performance and mechanical strength for fastening applications.
TA2
ASTM Grade 2 / UNS R50400
Commercially Pure Titanium
Standards
- GB/T 3620.1
- GB/T 2965
- ASTM B348/B348M Grade 2
Characteristics
- Excellent corrosion resistance
- Good ductility and formability
- Reliable general-purpose strength
Applications
Chemical processing, Marine equipment, Heat exchangers, General industrial equipment
TC4
ASTM Grade 5 / UNS R56400
Ti-6Al-4V
Standards
- GB/T 3620.1
- GB/T 2965
- ASTM B348/B348M Grade 5
Characteristics
- High mechanical strength
- Excellent strength-to-weight ratio
- Good corrosion resistance
Applications
Aerospace, Marine equipment, High-load structures, Precision engineering
TB3
Ti-3.5Al-10Mo-8V-1Fe
Standards
- GB/T 3620.1
- GJB 2219
Characteristics
- High-strength beta titanium alloy
- Excellent cold-forming capability
- Heat-treatable for higher strength
Applications
Aerospace fasteners, High-strength bolts, Screws, Lightweight structural connections
Other Titanium Grades Available
Additional titanium grades can be reviewed according to customer drawings, project specifications and service requirements.
Chemical Composition of Titanium Grades
Compare the principal alloying elements of TA2, TC4 and TB3 and the compositional differences that influence corrosion resistance and strength.
| GRADE | TI (%) | AL (%) | V (%) | MO (%) | FE (%) | O (%) | C (%) | OTHER (%) |
|---|---|---|---|---|---|---|---|---|
| TA2 / Grade 2 | Balance | – | – | – | 0.30 max | 0.25 max | 0.10 / 0.08 max | N 0.05 / 0.03 max, H 0.015 max |
| TC4 / Grade 5 | Balance | 5.50–6.75 | 3.50–4.50 | – | 0.30 / 0.40 max | 0.20 max | 0.08 max | N 0.05 max, H 0.015 max |
| TB3 — GB/T 3620.1 | Balance | 2.70–3.70 | 7.50–8.50 | 9.50–11.00 | 0.80–1.20 | 0.15 max | 0.05 max | N 0.04 max, H 0.015 max |
Reference values are provided for general comparison only. The governing material specification and batch MTC take precedence for production and acceptance.
Mechanical Performance of Titanium Grades
TA2 emphasizes ductility and corrosion resistance, while TC4 and heat-treated TB3 provide substantially higher mechanical strength.
| GRADE / CONDITION | TENSILE STRENGTH (MPa) | 0.2% YIELD STRENGTH (MPa) | ELONGATION (%) |
|---|---|---|---|
| TA2 / Grade 2 — Annealed Bar Reference | 440 min / 345 min | 320 min / 275 min | 18 min / 20 min |
| TC4 / Grade 5 — Annealed Bar Reference | 895 min | 825 min / 828 min | 10 min |
| TB3 — Solution Treated | 840–940 | — | 15 min |
| TB3 — Solution Treated + Aged | 1100 min | 1000 min | 10 min |
Mechanical properties depend on product form, dimensions, material condition, heat treatment and the applicable specification. The purchase specification and actual inspection certificate shall govern the order.
Titanium Grade Selection Guide
Choose TA2 for corrosion resistance and ductility, TC4 for general high-strength applications, and TB3 for specialized high-strength fasteners.
| Application Requirement | Recommended Grade |
|---|---|
| General corrosion resistance | TA2 |
| Marine and chemical equipment | TA2 |
| Lightweight general-purpose fastening | TA2 / TC4 |
| High mechanical strength | TC4 |
| High strength-to-weight requirement | TC4 |
| Aerospace structural fastening | TC4 |
| Cold-formed high-strength fasteners | TB3 |
| Very high-strength aerospace bolts | TB3 |
Titanium Fastener Product Range
Titanium fasteners are available in standard and custom configurations for marine, chemical, aerospace and lightweight engineering applications.
Titanium Hex Bolts
Product Type: Hex Head Bolts / Full Thread Hex Bolts / Partial Thread Hex Bolts / Custom Hex Bolts
Size Range: Standard / Custom
Thread System: Metric / UNC / UNF
Thread Type: Coarse / Fine
Standard: ISO / DIN / ASME, as applicable, or customer drawings.
Documentation: MTC / EN 10204 3.1
Titanium Heavy Hex Bolts
Product Type: Heavy Hex Bolts / Custom Heavy Hex Bolts
Size Range: Standard / Custom
Thread System: Metric / UNC / UNF
Thread Type: Coarse / Fine
Standard: ISO / DIN / ASME, as applicable, or customer drawings.
Documentation: MTC / EN 10204 3.1
Titanium Stud Bolt
Product Type: Fully Threaded Studs / Double End Studs / Tap End Studs / Custom Studs
Size Range: Standard / Custom
Thread System: Metric / UNC / UNF
Thread Type: Coarse / Fine
Standard: ISO / DIN / ASME, as applicable, or customer drawings.
Documentation: MTC / EN 10204 3.1
Titanium Nuts
Product Type: Hex Nuts / Heavy Hex Nuts / Custom Nuts
Size Range: Matched to Bolt / Stud Size
Thread System: Metric / UNC / UNF
Thread Type: Coarse / Fine
Standard: ISO / DIN / ASME, as applicable, or customer drawings.
Documentation: MTC / EN 10204 3.1
Titanium Washers
Product Type: Flat Washers / Heavy Washers / Custom Washers
Size Range: Standard / Custom
Inner Diameter: Standard / Custom
Outer Diameter: Standard / Custom
Thickness: Standard / Custom
Standard: ISO / DIN / ASME, as applicable, or customer drawings.
Documentation: MTC / EN 10204 3.1
Titanium Socket Head Cap Screws
Product Type: Socket Head Cap Screws / Custom Socket Screws
Size Range: Standard / Custom
Thread System: Metric / UNC / UNF
Thread Type: Coarse / Fine
Standard: ISO / DIN / ASME, as applicable, or customer drawings.
Documentation: MTC / EN 10204 3.1
Titanium Threaded Rods
Product Type: Fully Threaded Rods / Cut-to-Length Rods
Size Range: Standard / Custom
Thread System: Metric / UNC / UNF
Thread Type: Coarse / Fine
Standard: ISO / DIN / ASME, as applicable, or customer drawings.
Documentation: MTC / EN 10204 3.1
Custom Titanium Fasteners & Machined Components
Product Type: Custom Bolts / Special Studs / Threaded Parts / Machined Components
Size Range: According to Drawing
Tolerance: According to Drawing
Manufacturing Basis: Customer Drawing / Project Specification
Inspection: Dimensional / PMI / Mechanical Testing as Required
Need a Product Type Not Shown Here?
We also manufacture custom and project-specific fasteners according to drawings, specifications or application requirements.
Process Control
Manufacturing Excellence
A controlled six-stage production workflow supports consistent manufacturing from reviewed raw material to finished, identified and export-ready specialty-alloy fasteners.
01
Raw Material Preparation
The specified alloy grade, product form, material condition and batch identity are reviewed before cutting. Stock is prepared according to the order and selected manufacturing route.
02
Cutting & Blanking
Bars, rods or forgings are cut to the required blank size while maintaining material separation and batch identification.
03
Forging / CNC Machining
Headed fasteners are forged and machined when appropriate, while complex, low-volume or drawing-based components can be produced by precision CNC machining.
04
Thread Manufacturing
Threads are rolled or cut according to material condition, product geometry, dimensional standard and customer requirements.
05
Heat Treatment
Solution treatment, annealing, age hardening or other thermal processing is applied only when required by the alloy grade, material condition and governing specification.
06
Finishing & Packing
Finished parts are deburred, cleaned and prepared as specified, then identified and packed according to order and traceability requirements.
Quality Control
Quality Assurance & Full Traceability
Inspection and documentation are planned around the purchase specification, customer drawing and intended service. The agreed inspection scope is confirmed according to individual project requirements.
Material Verification
Material grade, heat or lot number and incoming documents are checked against the agreed order requirements before production.
Heat Number Traceability
Batch identity is maintained through production, inspection and packing so finished parts can be linked to their source material.
Dimensional Inspection
Critical dimensions, tolerances and product geometry are checked against the applicable dimensional standard or customer drawing.
Thread Inspection
Thread size, pitch and fit are verified using suitable gauges and measuring equipment. Additional profile verification can be arranged when specified.
PMI & Mechanical Testing
PMI, hardness, tensile or other testing can be performed or arranged when specified, depending on the material, test method and project requirements.
MTC / EN 10204 3.1 Documentation
MTC / EN 10204 3.1 documentation, dimensional reports, PMI reports and traceability records can be supplied when specified and applicable.
Inspection methods, sampling plans, acceptance criteria and document requirements should be confirmed before order placement.
Discuss Inspection & Documentation RequirementsIndustries Served
Applications & Industries
Our specialty-alloy fasteners support demanding projects across multiple industries. Final material selection must be based on the actual temperature, corrosion medium, mechanical load, applicable standards and required service life.
Oil & Gas
Flange bolting, valves, pressure equipment, piping systems and process units exposed to pressure, temperature or corrosive media.
Chemical Processing
Reactors, heat exchangers, scrubbers, pumps and equipment handling acids, chlorides or other aggressive process media.
Power Generation
Gas and steam turbines, boilers, furnaces, heat-treatment systems and high-temperature mechanical assemblies.
Marine & Offshore
Offshore platforms, seawater systems, marine equipment and desalination installations requiring corrosion-resistant fastening.
Aerospace
Engine, thermal and precision assemblies requiring high strength, temperature capability, low weight or controlled material performance.
Nuclear & Critical Equipment
Safety-critical bolting and engineered components requiring controlled materials, documentation and reliable long-term performance.
Not every alloy is suitable for every industry or service condition. Material suitability should be confirmed against the governing specification and actual operating environment.
Discuss Your ApplicationFrequently Asked Questions
Common questions about specialty-alloy fasteners, custom manufacturing, standards, inspection, documentation and procurement.
1. What specialty-alloy fastener products can you manufacture?
Our product range includes hex bolts, heavy hex bolts, stud bolts, nuts, washers, socket head cap screws, threaded rods and drawing-based fasteners or machined components. Availability depends on material grade, dimensions and quantity.
2. Can you manufacture non-standard parts from customer drawings?
Yes. We can review drawings for custom bolts, studs, nuts, washers, threaded parts and precision machined components. The quotation is based on material, dimensions, tolerances, heat treatment, inspection requirements and order quantity.
3. Which dimensional and thread standards can you support?
Products can be manufactured to applicable ISO, DIN, ASME and other recognized dimensional standards, or to customer drawings. Metric, UNC, UNF and other thread systems can be evaluated according to the product and specification.
4. Can you provide MTC and EN 10204 3.1 documentation?
Material test certificates and EN 10204 3.1 documentation can be supplied when specified and applicable to the ordered material and product. Certificate requirements should be confirmed before order placement.
5. Is PMI or third-party inspection available?
PMI and third-party inspection can be arranged when required. The test method, sampling plan, acceptance criteria and reporting requirements should be defined before production.
6. How do you maintain material traceability?
Heat or lot identification is maintained from incoming material through production, inspection and packing, subject to the agreed order and documentation requirements.
7. Can you supply bolts, nuts and washers as matched bolting sets?
Yes. Complete bolting sets can be supplied when requested, with thread compatibility, material selection, inspection and packaging defined for the order.
8. What are your MOQ and lead time?
MOQ and lead time depend on alloy grade, raw-material availability, product size, manufacturing route, heat treatment, testing and order quantity. Made-to-order specialty-alloy fasteners normally require a technical review before confirmation.
Request for Quotation
Custom & Standard
Titanium Fasteners,
Direct From
Manufacturer.
Send us your Titanium fastener specifications, standards or drawings. Our engineering team will review your requirements and provide a detailed project-specific quotation.
ISO 9001
EN 10204 3.1
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