Plate & sheet
For profiles, fabricated parts and application-specific blanks. Define grade, thickness, flatness and surface requirements.
Discuss specifications ↗MATERIALS / PRODUCT CATALOG
The right material. A better starting point.
Browse material grades and product forms to prepare your enquiry. Confirm stock, specifications and suitability with our team before ordering.
PRODUCT DEVELOPMENT FOCUS
Start with the form.
Find the starting form for your application. We confirm specifications, availability and qualification requirements when reviewing your enquiry.
Bar & billet
Starting forms for machining and forming. Specify dimensions, condition, material direction and inspection needs.
Discuss specifications ↗Precision components
A development route from your drawing to a qualified part. Share geometry, tolerances, quantity and acceptance criteria.
Discuss specifications ↗15 APPLICATIONS / ONE VERSATILE MATERIAL
Where titanium makes a difference.
Find the application closest to your project, then share your drawings, quantities and delivery requirements. Images illustrate product types; specifications and availability are confirmed with your enquiry.
01 / Aerospace & defense
Jet engine components
Compressor blades, discs, casings and bypass ducts.
Why titanium
High strength for low weight supports rotating and structural parts. Temperature and fatigue limits depend on the alloy and engine design.
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02 / Commercial aviation
Aircraft structures
Bulkheads, landing-gear components, brackets and fasteners.
Why titanium
Strength, corrosion resistance and compatibility with composite structures help engineers reduce structural mass.
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03 / Medical & healthcare
Orthopedic implants
Hip stems, knee components, spinal cages, trauma plates and screws.
Why titanium
Implant-grade titanium, including Ti-6Al-4V ELI, combines biocompatibility with strength and can support bone integration. Suitability requires device-specific validation.
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04 / Dentistry
Dental implants
Threaded implant roots and precision abutments.
Why titanium
Titanium offers corrosion resistance and a surface that can integrate with jawbone. Long-term performance depends on implant design, care and patient factors.
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05 / Consumer electronics
Device & wearable casings
Smartphone chassis and smartwatch frames.
Why titanium
A strong, lightweight alternative to stainless steel with a refined metallic finish. Scratch resistance depends on the alloy and surface treatment.
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06 / Marine & chemical processing
Marine & desalination equipment
Subsea piping, heat-exchanger tubes and brine-pump components.
Why titanium
A protective oxide layer provides excellent resistance in many seawater conditions. Grade selection must consider temperature, crevices and process chemicals.
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07 / Automotive & motorsports
Performance automotive parts
Exhaust pipes, silencers, selected engine valves and suspension springs.
Why titanium
Low density helps reduce component mass. Exhaust alloys and wall thickness are selected for operating temperature, durability and sound targets.
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08 / Eyewear & accessories
Precision eyewear frames
Thin titanium frames and flexible nickel-titanium frame elements.
Why titanium
Lightweight titanium supports everyday comfort. Nitinol can recover from deformation within design limits; alloy choice matters for skin sensitivity.
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09 / Sports & outdoor recreation
Ultralight outdoor gear
Camping pots, long-handled spoons, stove parts and tent stakes.
Why titanium
Low weight and corrosion resistance suit durable packable gear. Finished weight and stiffness depend on thickness and product design.
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10 / Chemicals & manufacturing
Titanium dioxide pigments
White pigments for paints, plastics and paper; specialized grades for sunscreen formulations.
Why TiO₂
TiO₂ is a compound, not titanium metal. Its optical properties provide whiteness and opacity; UV-filter uses require application-specific grades and compliant formulations.
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11 / Precision timepieces
Watches & horology
Cases, mesh bracelets, links and clasps for dive, analog-digital aviation and ultra-thin dress watches.
Why titanium
Titanium combines low weight with corrosion resistance and distinctive brushed or sandblasted finishes. Discuss Grade 2 or Grade 5 components against your drawings; water resistance and movement performance depend on the complete watch design.
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12 / Space systems
Space exploration components
Propellant-tank shells, satellite frames and capsule structural panels. Rocket motor casings are evaluated against each program’s requirements.
Why titanium
A high strength-to-weight ratio helps reduce spacecraft mass. Pressure vessels and flight hardware require program-specific qualification; structural titanium panels do not replace a re-entry thermal protection system.
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13 / Aviation & aeronautics
Aviation hardware & tubing
Compressor blades, selected fuselage panels, wing attachments, bulkheads, fairings, bolts, rivets, pins and hydraulic tubing.
Why titanium
Titanium supports lightweight load-bearing structures and corrosion-resistant fluid lines. Alloy, fatigue life and pressure ratings follow the aircraft specification. Compressor applications are distinct from hotter turbine stages.
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14 / Architecture & construction
Architectural cladding & roofing
Facade panels, standing-seam roofing and formed sheet details.
Why titanium
Lightweight titanium combines corrosion resistance with a distinctive metallic finish. Sheet thickness, fixings and surface treatment are specified for each building.
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15 / Process industries
Chemical processing equipment
Process vessels, agitators, pipe spools and flanged connections.
Why titanium
Titanium suits selected corrosive process environments. Grade, weld procedure and pressure design depend on the chemicals, concentrations and operating temperature.
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