NAVI Titanium anodized titanium screws are functional fasteners made from Gr5 (Ti‑6Al‑4V) titanium alloy or Gr2 pure titanium, with a dense oxide film grown on the surface through the titanium anodizing process. By precisely controlling oxide film thickness, we produces blue, gold, purple, rainbow, black and other interference colors while significantly improving corrosion resistance and wear resistance-combining lightweight fastening with visual customization. Choosing NAVI Titanium gives customers far more than color-customizable premium screws: it means a reliable supply solution with stable batch consistency, ready to ship alongside high-end complete bikes and modification kits, reducing after-sales risk and lifting the premium positioning of end products.
Solutions of NAVI Titanium
NAVI Titanium anodized titanium bolts deliver three core advantages. First, the base material is strictly Grade 5 Ti‑6Al‑4V aerospace-grade titanium alloy, with tensile strength far superior to cheap Gr2 pure titanium blends-batch material reports are available with every shipment. Second, the oxide film is firmly bonded to the substrate; colors come from thin-film interference rather than dyes, so they do not fade or peel and offer excellent long-term weather resistance. Third, compared with steel screws of the same size, titanium screws cut weight by roughly 40% while resisting seawater, rain and humid-environment corrosion-ideal for coastal and rainy-region modification customers. The table below shows reference parameters:
We offers four mainstream head types: tapered socket head, hugging countersinks with clean lines-the bestseller for bicycle and e-scooter modification; flanged torx head, with a built-in washer face that spreads pressure and prevents slipping-standard for motorcycles and off-road models; socket cap head, the go-to choice for general industrial and mechanical assembly; and pan head / umbrella torx, strong on visual decoration. NAVI Titanium supports custom shapes and drive slots per drawing, suitable for OEM replacement and equipment matching procurement.
Application
NAVI Titanium titanium bolts are widely used in high-end two-wheel scenarios with strict demands on weight, corrosion resistance and visual quality. The two fields below are the most typical, and already supplies multiple modification brands and OEM customers with stable batch production.
Motorcycle & E-scooter Modification
In the Nmax, Talaria, off-road and scooter modification market, full-vehicle screw kits are a must-have entry point for upgrades. NAVI Titanium anodized titanium screws hit three key pain points precisely: stock steel screws are heavy and rust easily, especially under mud and water exposure on scooters and off-road bikes; modification enthusiasts want visual consistency and personalized color expression across the whole vehicle; and e-scooters fight for every gram, where weight reduction directly affects range and handling response. We offer blue, gold, purple, rainbow and black options, with one kit covering frame, body panels, brake discs, battery covers and more-instantly elevating the overall look. Oxide colors come from interference principles, not dyes, and won't fade under sun and rain. NAVI Titanium common M5 and M6 sizes already fit mainstream e-scooter platforms such as Surron, Talaria and Segway, so customers can ship complete per-model kits without sorting sizes themselves.
High-performance Bicycle / E-bike
High-end road bikes, mountain bikes and e-bikes concentrate their fastener demands in three areas: fastening reliability at the frame, stem, brakes and wheelsets directly affects riding safety; users in coastal cities and rainy regions are extremely sensitive to screw corrosion, with ordinary steel screws showing rust within months; and whole-bike weight reduction and appearance are explicit values premium owners will pay for. NAVI Titanium titanium screws offer stable tensile strength and reliable torque transmission, with Torx and hex drive slots controlled to tight tolerances so repeated installation won't strip easily. They cut weight by roughly 40% versus steel screws-small per pair of brake screws, but significant when accumulated across the whole bike. The oxide film also provides a wear and corrosion barrier; after coastal rides, a simple rinse restores the finish, with maintenance costs far below stainless steel or coated screws.
Purchasing guide
Quality control (QC)
NAVI Titanium manufacturing facilities have obtained ISO 9001 quality management system certification. To fully demonstrate NAVI Titanium's rigorous quality control, some product inspection reports are attached below for reference. Every batch of screws can be supplied with material certificates and oxide layer test data, ensuring incoming inspection is fully documented. Click the button below to view a sample COA report and verify the true standard of material and process.
Titanium Bolts Manufacturing Process
The manufacturing flow of NAVI Titanium anodized titanium screws begins with incoming raw material inspection. We uses only Grade 5 titanium alloy bars with material certificates, checking chemical composition and mechanical properties batch by batch upon receipt. Next comes CNC precision machining: We uses Swiss-type CNC lathes to form the head profile and drive slot in one pass, keeping Torx and hex slot symmetry and depth tolerances within ±0.02mm to prevent slipping or off-center loading during torque transmission. Threads are rolled rather than cut, so metal grain flow stays continuous and fatigue strength is significantly better than machined threads. After machining, surface pretreatment follows: ultrasonic degreasing and acid activation to ensure uniform oxide film growth. NAVI Titanium anodizing tanks are equipped with precision stabilized power supplies, with voltage fluctuation controlled within ±0.5V to guarantee batch-to-batch color consistency. After anodizing, sealing and drying are performed, and final inspection checks appearance, film thickness and thread go/no-go gauges per AQL sampling standards before packaging and warehousing.
Head Selection Reference Table
Below is a quick-reference table for NAVI Titanium anodized titanium screw head types, summarizing typical applications and recommended specs for the four mainstream heads. The data below is for reference only-actual selection must confirm installation space, countersink dimensions and torque requirements, and the technical support team can provide customized recommendations.
| Head Type | Drive | Typical Application | Recommended Size | Features |
|---|---|---|---|---|
| Tapered socket head | Hex | Bicycle stems, e-scooter panels | M5×10–16 | Hugs countersink, clean lines |
| Flanged Torx head | Torx | Motorcycle brake discs, scooter covers | M6×12–20 | Built-in washer, anti-loosening |
| Socket cap head | Hex | Frames, mechanical assembly, industrial equipment | M5–M8 | Versatile, high torque capacity |
| Pan head / Umbrella Torx | Torx | Decorative parts, modification kits | M5×8–12 | Large umbrella face, strong visual impact |
Why Choose NAVI Titanium
Material Stability: Grade 5 Aerospace-grade Base, No Blending
NAVI Titanium anodized titanium screws all use Grade 5 Ti‑6Al‑4V titanium alloy as the base material, not the cheap Gr2 pure titanium or blended stock common in the market. Grade 5 typically offers tensile strength above 895 MPa, far above the 340–510 MPa range of Gr2 pure titanium. This means that at the same size, screws can withstand higher preload and dynamic loads-especially suitable for safety-critical positions such as brakes, stems and suspension. NAVI Titanium retains the raw material heat number and material report for every batch, available for customer verification at any time. For complete-bike manufacturers and brand modifiers, material traceability means incoming inspection is fully documented, and any fastening failure in end products can be quickly traced to a batch, protecting brand reputation. NAVI Titanium does not compromise with "titanium-look, steel-core" products-material transparency is the first threshold of cooperation.
CNC Precision Machining: One-piece Forming, Zero Torque Deviation
The screw heads and drive slots are all machined in one pass on CNC Swiss-type machines, not second-pass milled or stamped. NAVI Titanium applies tolerances tighter than general industry standards to Torx and hex slot width, depth and symmetry, ensuring consistent driver fit on every screw in mass production. In actual assembly, excessive drive slot tolerance causes poor tool engagement and easy stripping under high torque-and stripped titanium screws are far harder to remove than steel ones. CNC process eliminates this risk at the source: the torque transmission path is short and direct, maintaining original fit accuracy even after 10+ repeated installations. In addition, threads are rolled rather than cut, keeping grain flow continuous at the thread root and significantly improving fatigue life-particularly critical for vibration-heavy motorcycle and bicycle scenarios.
Weight Advantage Clearly Quantified: 40% Lighter, Measurable Performance Gains
NAVI Titanium anodized titanium screws weigh roughly 40% less than same-size grade 8.8 steel screws. This figure is not vague marketing but calculated from the physical density ratio of titanium (4.5 g/cm³) versus steel (7.85 g/cm³). For enthusiasts replacing all visible screws-typically 50–80 on a motorcycle or e-scooter-the accumulated reduction in unsprung mass and handling response is noticeable. We also emphasizes the long-term value of corrosion resistance: titanium corrodes far more slowly than stainless steel and aluminum in seawater, rain and road de-icing salt, and its oxide film is chemically extremely stable-no peeling, no powdering. Riders in coastal cities and rainy regions choosing us make a one-time investment covering years of use, with no repeated replacement of rusted screws and lower maintenance time and parts costs.
FAQ
Q1: Will Anodized Titanium colors fade or peel?
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Anodized colors come from interference effects of oxide film thickness on light-not dyes or coatings. The oxide film is chemically bonded to the titanium substrate and won't peel like paint. Colors remain stable in normal use, though hand oils may temporarily dull the surface-wipe with mild soap or alcohol to restore. Avoid acidic cleaners or metal polishes.
Q2: What should I watch for during installation? Will it strip?
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NAVI Titanium drive slots are tightly toleranced and transmit torque stably with a proper Torx or hex wrench. Use a torque wrench at 50%–60% of the recommended value to avoid overload. Threads are roll-formed with good fatigue resistance, but titanium differs from steel-do not force into an already-stripped steel threaded hole; replace the mating nut if necessary.
Q3: What is the service life? How should I maintain it?
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Under normal riding conditions, anodized oxide film can last 10+ years without failure. Maintenance is just rinsing with water and wiping dry with a soft cloth; avoid high-pressure spray directly into drive slots. Rinse off salt promptly after coastal rides. If fingerprints or oil dull the finish, wipe with a microfiber cloth and a little alcohol.
Q4: Can you provide material certificates and test reports?
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Yes. NAVI Titanium retains raw material reports for every batch and can provide film thickness test data and appearance inspection records after anodizing upon request. Bulk orders can include COA documents for incoming inspection and end-customer traceability.
Q5: Do you support custom head shapes or colors? What is the MOQ?
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NAVI Titanium supports custom head profiles, drive slot types and anodized colors per drawing. Standard colors (blue, gold, purple, rainbow, black) have moderate MOQs; special sizes or new head types require tooling evaluation. Customers are encouraged to provide detailed drawings or samples, and the engineering team will respond with feasibility and quotation within 3 working days.
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