Titanium Alloy Components

Aikerly supports titanium alloy components for industrial, sporting, medical, outdoor, consumer, and other applications.

Typical Titanium Components

Music — titanium strings and precision wire components

Watches — watch cases, straps and buckles

Medical — orthopedic components, dental components, surgical instruments and implants

Sporting Goods — golf club heads, racket components and lightweight sporting parts

Eyewear — frames, nose pads, hinges and semi-finished frames

Bicycles — frames, forks, handlebars, seatposts, tubes and accessories

Kitchenware — cookware, tableware, chopsticks and other titanium products

Engines & Mechanical — structural parts, exhaust components, housings and other mechanical components

Outdoor — tent stakes, camping stoves, whistles, trekking poles and cookware

Hairdressing — heating plates, straightener and curling iron components

Fasteners — screws, bolts, nuts, washers and springs

Industrial — flanges, pipe fittings, connectors and other corrosion-resistant components

Other — electrodes, drill components, tubing, wire cutters and specialized titanium parts

Choosing the Right Titanium Alloy

Common choices include commercially pure titanium, Ti-6Al-4V, and other titanium alloys for different strength, corrosion, temperature, and application requirements.

Aikerly selects the alloy together with the part design and manufacturing process.

How Titanium Alloy Parts Are Made

Typical processes include forging, rolling, extrusion, tube forming, casting, CNC machining, heat treatment, welding, and surface treatment.

Titanium requires careful control of forming temperature, machining, heat, atmosphere protection, and surface condition.

Typical Manufacturing Processes

• Forging & Forming — forging, rolling, extrusion, stamping, bending and drawing

• CNC Machining — turning, milling, drilling, grinding and multi-axis machining

• Tube & Wire Processing — tube forming, drawing, bending and precision sizing

• Casting & Additive Manufacturing — precision casting and metal 3D printing for selected complex components

• Welding & Joining — TIG, laser, electron beam and friction welding

• Heat Treatment — annealing, stress relieving, solution treatment and aging

• Surface Treatment — polishing, brushing, blasting, anodizing, PVD and other finishing processes

• Inspection & Quality Control — dimensional inspection, material verification, mechanical testing and surface inspection

How Aikerly Produces Your Part

Aikerly evaluates the material, design, and manufacturing route, then coordinates forming, machining, finishing, inspection, and delivery through qualified manufacturing resources.

Key Manufacturing Considerations

Titanium requires controlled processing because of its high reactivity, low thermal conductivity, machining difficulty and springback.

Process selection and production control focus on:

Material → Forming → Machining → Welding → Heat Treatment → Surface Treatment → Inspection

The actual process route is selected according to the titanium grade, component geometry, quantity, tolerances, surface requirements and application.