We coordinate the complete production process — from engineering review and material selection to manufacturing, inspection, and delivery — around your actual product requirements.

Rather than simply forwarding a factory quotation, Aikerly helps determine the most practical manufacturing route for your fastener and coordinates the production resources required to deliver it.

Drawing → Engineering Review → Manufacturing Route → Production → Inspection → Delivery

Support is available for prototypes, small-batch production, and volume manufacturing.

Have a drawing, sample, or existing specification? Send it to us.

Get a Quote → | Engineering Review →

Custom Titanium Fasteners

Aikerly coordinates the production of standard and custom titanium alloy fasteners according to customer drawings, specifications, samples, and application requirements.

Whether you are replacing steel fasteners to reduce weight, developing a new product, or requiring corrosion-resistant fastening components, we can coordinate the material, process, production, and inspection requirements around your project.

Product Range

Titanium Bolts
Titanium Screws
Titanium Nuts
Titanium Washers
Titanium Studs
Titanium Rivets
Titanium Pins
Custom Titanium Fastener Assemblies

Available in:

Metric / Imperial · Standard / Custom · Prototype / Production

Custom projects may involve complex geometries, special thread configurations, tight tolerances, and specific surface or documentation requirements.

Built for OEM Requirements

Aikerly can work from:

Engineering Drawing · CAD File · Sample · Specification · Existing Part · Application Requirements

If the material or manufacturing process has not yet been finalized, we can begin with the part requirements and evaluate the appropriate production route.

What Aikerly Does

Engineering Review Before Production

The cost, performance, and manufacturability of a titanium fastener depend heavily on its design and manufacturing route.

Before production begins, Aikerly can review customer drawings, specifications, or samples and assess:

Material grade
Part geometry
Thread configuration
Dimensional tolerances
Surface requirements
Production quantity
Applicable specifications
Manufacturing feasibility
Galling prevention requirements
Hydrogen embrittlement risk assessment
Galvanic corrosion compatibility
Cold forming feasibility analysis

For OEM customers, this review helps identify potential manufacturing issues before tooling and production begin.

The objective is not simply to obtain a factory quotation.

It is to determine:

How should this part be manufactured, and what production route makes the most practical sense?

Why This Matters to OEM Buyers

A lower unit price does not always mean a better production solution.

For titanium fasteners, the final result can depend on:

Material · Geometry · Thread Design · Manufacturing Process · Quantity · Tolerance · Surface Treatment · Inspection Requirements

Aikerly coordinates these requirements before production so customers can move from design intent to a workable manufacturing plan.

Manufacturing Route Coordination

Different titanium fasteners require different manufacturing approaches.

Based on part geometry, material, production volume, tolerances, and cost requirements, Aikerly can coordinate appropriate manufacturing resources for:

Cold Forming

For fasteners suitable for cold forming and higher-volume production, this process can improve material utilization and production efficiency.

Important Note: Cold forming is primarily suitable for β-type titanium alloys (TC16, TB3, TB8, Ti-45Nb) and pure titanium (Grade 2). α+β alloys like TC4 require warm forming (650-800°C) due to poor room temperature ductility.

Warm & Hot Forming

Warm forming and hot forging may be considered for specific titanium alloys, geometries, and production requirements.

Springback Consideration: Titanium's low elastic modulus (~110 GPa) results in significant springback during forming, requiring process compensation for dimensional accuracy.

CNC Precision Machining

Suitable for complex geometries, custom dimensions, prototypes, small batches, and applications requiring tighter dimensional control.

Machining Challenge: Low elastic modulus and poor thermal conductivity increase machining difficulty, requiring specialized tooling and cutting parameters.

Thread Manufacturing

Depending on the design and production volume, thread production may include:

Thread rolling
Thread cutting
CNC machining
Tapping

Galling Prevention: Titanium threads require special surface treatments to prevent galling (cold welding):

Coating: MoS₂, silver plating, copper plating
Surface treatment: micro-arc oxidation ceramic coating
Lubrication: specialized anti-seize compounds
Torque reduction: 20-30% lower than steel equivalents

Secondary Processes

When required, Aikerly can coordinate:

Heat treatment
Surface treatment
Finishing
Cleaning
Special packaging
Hydrogen embrittlement prevention
Galvanic corrosion protection

The manufacturing route is not predetermined.

Aikerly evaluates the balance between performance, manufacturability, production volume, precision, cost, and delivery requirements.

Titanium Socket Head Cap Screws

From One Part to Production

For OEM customers, the objective is to establish a repeatable production route rather than simply manufacture one batch.

Engineering Review → Prototype → Production Validation → Volume Manufacturing → Inspection → Delivery

Titanium Material Selection

Aikerly can coordinate titanium and titanium alloy materials according to application and manufacturing requirements.

Common materials include:

Grade 2 / TA2

Commercially pure titanium with good corrosion resistance and ductility.

Temperature Limit: ~300°C

Key Properties: Excellent formability, low strength, high corrosion resistance

Suitable for selected:

Chemical equipment
Marine applications
Corrosion-resistant assemblies
General industrial components

Grade 5 / Ti-6Al-4V / TC4

One of the most widely used high-strength titanium alloys, offering an excellent strength-to-weight ratio and an established global supply base.

Common applications include:

Automotive
Motorsport
High-performance equipment
Industrial components

Grade 23 / Ti-6Al-4V ELI / TC4 ELI

A higher-purity version of Ti-6Al-4V with enhanced toughness, commonly used in selected medical and high-reliability applications.

Temperature Limit: ~400°C

Key Properties: Higher fracture toughness, lower oxygen content

Medical applications require appropriate material grades, standards, and regulatory compliance.

TC16 / BT16

Used for selected high-strength and cold-forming fastener applications, including aerospace-related applications.

Temperature Limit: ~350°C

Key Properties: Excellent cold formability (up to 4:1 reduction ratio)

Cold Forming: Suitable for cold forming

TB3 / TB8

Beta titanium alloys used for selected high-strength aerospace and specialized applications.

Temperature Limit: TB3 ~300°C, TB8 ~350°C

Key Properties: High strength after cold forming + aging, Shear strength ≥670 MPa

Cold Forming: Excellent cold formability

Ti-45Nb

A beta titanium alloy with favorable cold-forming characteristics for selected specialty fasteners and composite structures.

Temperature Limit: ~350°C

Key Properties: Excellent cold formability, good composite compatibility

Cold Forming: Excellent cold formability

Grade 9 / Ti-3Al-2.5V

Combines strength, ductility, and corrosion resistance and is used in selected structural and tubular applications.

Temperature Limit: ~315°C

Key Properties: Good strength-to-weight ratio, excellent fatigue resistance

Material selection depends on:

Application · Mechanical Requirements · Manufacturing Process · Specification · Availability

Galvanic Compatibility: Titanium must be isolated from aluminum/steel to prevent galvanic corrosion

If the material has not yet been specified, Aikerly can begin with the application and manufacturing requirements.

Need Help Selecting the Grade?

You do not need to finalize the titanium grade before contacting us.

Provide the part drawing, application, operating environment, and production requirements, and Aikerly can help evaluate the appropriate material and manufacturing route.

Production Coordination

One Engineering Contact. Multiple Manufacturing Capabilities.

Aikerly's core value is not a single production machine or manufacturing facility.

It is the ability to coordinate appropriate manufacturing resources around a specific engineering requirement.

Based on:

Material
Part geometry
Production volume
Tolerances
Process requirements
Quality requirements
Delivery requirements
Galling prevention strategy
Hydrogen content control
Galvanic corrosion mitigation

Aikerly coordinates suitable production resources and manufacturing processes.

A typical custom fastener project may involve:

Raw Material → Forming / Machining → Thread Production → Heat Treatment → Surface Treatment → Inspection → Packaging

Aikerly coordinates the technical requirements and production interfaces between these stages, reducing the need for customers to independently identify, evaluate, and manage multiple production resources.

Titanium Hex Head Bolts

A Practical Alternative to Managing Multiple Suppliers

Instead of separately coordinating:

Material Supplier → Fastener Manufacturer → Machining Supplier → Surface Treatment → Inspection

Aikerly provides one project coordination point for the required production chain.

This is particularly useful when a custom fastener requires multiple processes or when the customer does not already have a qualified titanium fastener supply chain.

Quality & Inspection Coordination

Quality management for custom fasteners involves more than checking final dimensions.

According to project requirements, Aikerly can coordinate:

Dimensional inspection
Thread inspection
Material verification
Mechanical requirements (tensile, shear, fatigue)
Surface inspection
Heat treatment documentation
Traceability
Customer-specific inspection requirements
Hydrogen content testing (≤150 ppm for aerospace)
Fatigue testing (critical for aerospace applications)
Galling resistance verification

Where required, we can coordinate material certificates, inspection reports, test documentation, and other project-specific quality records.

Specific inspection procedures and documentation requirements are confirmed during project review.

Documentation for Procurement

Depending on project requirements, customers may request:

Material Certificates · Inspection Reports · Traceability Records · Mechanical Test Documentation · Dimensional Inspection Records · Surface Inspection Records

Aikerly coordinates the required documentation as part of the production process.

When Titanium Fasteners Make Sense

Titanium is not automatically the best choice for every fastening application.

Its value becomes particularly relevant when a project requires a combination of:

Weight Reduction · High Strength-to-Weight Ratio · Corrosion Resistance · Non-Ferromagnetic Properties · Composite Compatibility

Critical Considerations:

Galling risk: Requires specialized surface treatments
Hydrogen embrittlement: Requires strict process control
Galvanic corrosion: Requires isolation from aluminum/steel
Higher cost: Justified only when performance benefits outweigh cost

Titanium fasteners can be particularly attractive when reducing weight or improving environmental durability provides sufficient engineering value to justify the higher material and manufacturing cost.

Aikerly's engineering review helps determine whether titanium is actually appropriate for the application.

Where steel, stainless steel, or another material can meet the requirements more economically, that comparison should also be considered.

The Goal Is the Right Fastener — Not Simply a Titanium Fastener

For OEM projects, Aikerly evaluates whether titanium provides a meaningful performance advantage for the application.

If another material provides the required performance at a better overall cost, that option can also be considered during engineering review.

Applications

Automotive & Motorsport

For performance-oriented and lightweight applications, titanium fasteners may be used in:

Engine components
Suspension systems
Exhaust systems
Racing vehicles
High-performance motorcycles
Lightweight assemblies

For automotive and performance equipment manufacturers, custom titanium fasteners can be developed around specific weight, strength, corrosion, temperature, and installation requirements.

Marine & Offshore

Titanium's corrosion resistance makes it suitable for selected:

Marine equipment
Seawater environments
Offshore systems
Corrosion-sensitive assemblies
Industrial Equipment

Potential applications include:

Precision machinery
Chemical equipment
Pumps and valves
Automation equipment
Corrosion-resistant systems

Aikerly can coordinate custom fasteners for equipment manufacturers requiring specific dimensions, materials, thread configurations, finishes, and inspection requirements.

Medical & Specialized Equipment

Selected titanium alloys offer corrosion resistance and biocompatibility and may be used in specialized medical and technical applications.

Medical products must be manufactured and verified according to the applicable material, regulatory, and quality requirements.

Standards & Documentation

Aikerly can coordinate material and manufacturing requirements according to customer drawings, purchasing specifications, and project requirements.

Common reference systems may include:

ASTM
AMS
ISO
GB/T
AS9100 supply-chain requirements
ASTM F67
ASTM F136
ISO 5832

Applicable standards depend on:

Material Grade · Product Form · Application · Customer Specification

Depending on project requirements, documentation may include:

Material certificates
Inspection reports
Traceability records
Mechanical test documentation
Dimensional inspection records
Surface inspection records
Customer-specific quality documentation
Fatigue test reports
Hydrogen content certificates
Galling resistance test data

Specific standards, testing, certification, and documentation requirements are confirmed for each project.

Titanium Torx Socket Cap Screws

From Drawing to Delivered Parts

Aikerly Project Workflow

01 — Submit Your Requirements

Provide any available information:

Drawing · Specification · Sample · Quantity · Application

Include: Operating environment, temperature range, mating materials, critical performance requirements

The more information available, the more accurately the project can be assessed.

02 — Engineering Review

We review:

Material · Design · Manufacturing Feasibility · Quality Requirements

Galling prevention · Hydrogen embrittlement risk · Galvanic compatibility

03 — Manufacturing Route

We evaluate appropriate:

Forming · Forging · CNC Machining · Thread Production · Heat Treatment · Surface Treatment

Special coatings · Anti-galling treatments · Hydrogen embrittlement prevention

04 — Production Coordination

We coordinate appropriate manufacturing resources and follow key production stages.

05 — Inspection & Documentation

We coordinate inspection, testing, and documentation according to the agreed project requirements.

06 — Delivery

We coordinate packaging, documentation, and delivery.

One Contact From Drawing to Delivery

You do not need to separately manage every production stage.

Aikerly coordinates the required manufacturing resources around your project and keeps the technical requirements connected throughout production.

What We Need From You

You do not need to prepare a complete manufacturing plan before contacting us.

Any of the following can be the starting point:

Drawing

PDF, 2D engineering drawing, or CAD file.

Material

For example:

Grade 5 / Ti-6Al-4V

If the material has not yet been determined, simply provide the application requirements.

Quantity

Prototype, small batch, or production volume.

Application

A brief description of the operating environment and primary performance requirements.

Specification

ASTM, AMS, ISO, GB/T, or customer-specific requirements.

Only have a drawing? That's enough to start.

Aikerly can begin by reviewing the material, manufacturing route, and production feasibility.

Get a Quote for Custom Titanium Fasteners

Have a Titanium Fastener Project?

Send us your:

Drawing · Specification · Sample · Quantity · Requirements

Aikerly can help coordinate:

Material → Engineering Review → Manufacturing → Inspection → Supply

Our objective is not simply to provide a fastener quotation.

It is to help establish a manufacturable, verifiable, and deliverable production solution.

Start Your Project

Get a Quote →

Engineering Review →

NDA Support

Project drawings, technical information, and commercial information can be handled confidentially according to project requirements.

Typical Response: Within 2 Business Days

For OEM & Custom Manufacturing Projects

If you are developing a new product, replacing an existing fastener, or looking for an alternative titanium supply route, send us the part information you already have.

You provide the requirement.
Aikerly coordinates the engineering and production route.

Start Your Titanium Fastener Project →

REQUEST A QUOTE

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