China Suppliers Factory for Pure Titanium/Titanium Alloy Mesh - Industrial & Medical Applications
Product specification
| Item | Details of Woven Titanium Mesh | Details of Perforated Titanium Mesh |
| Wire Diameter / Plate Thickness | 0.02mm — 2.0mm (Conventional), Special Wire Diameter Customizable | 0.1mm — 5.0mm (Conventional), Thick Plate Customizable |
| Mesh Size / Hole Size | 0.02mm — 5.0mm (Conventional), Customizable According to Filtration Precision | 0.5mm — 50mm (Conventional), Round Hole / Square Hole / Special-Shaped Hole Customizable |
| Dimension Specification | Slice: 500×500mm — 2000×3000mm; Roll: Width 0.5m–2m, Length 10m–50m | Slice: 500×500mm — 3000×6000mm; Roll: Width 0.5m–2m, Length 5m–30m |
| Tolerance Range | Wire Diameter Tolerance ±0.001mm–±0.02mm; Mesh Size Tolerance ±0.01mm–±0.1mm, In Accordance with International Standard (ASTM B265) | Plate Thickness Tolerance ±0.01mm–±0.05mm; Hole Diameter Tolerance ±0.02mm–±0.2mm, In Accordance with International Standard (ASTM B265) |
Superior Corrosion Resistance
Titanium mesh offers exceptional resistance to corrosion in harsh chemical and marine environments, ensuring long-term performance and reliability.
High Strength-to-Weight Ratio
Combining lightweight properties with exceptional tensile strength, titanium mesh is ideal for applications where both durability and reduced weight are critical.
Excellent Biocompatibility
Titanium is non-toxic and biocompatible, making it suitable for medical, dental, and implant applications requiring direct contact with the human body.
Precise Customization
Available in a wide range of mesh sizes, wire diameters, and hole shapes, fully customizable to meet specific filtration precision and industrial requirements.
ASTM B265 Compliant
All products strictly comply with international standards (ASTM B265), guaranteeing consistent quality, dimensional accuracy, and tolerance control.
Wide Industrial Applications
Widely used across aerospace, chemical processing, electrochemistry, medical devices, and filtration industries due to its outstanding physical and chemical properties.
❓ Frequently Asked Questions
Q
What is the difference between woven titanium mesh and perforated titanium mesh?
Woven titanium mesh is manufactured by interlacing titanium wires in a grid pattern, offering fine mesh sizes from 0.02mm to 5.0mm, ideal for precision filtration. Perforated titanium mesh is produced by punching holes into titanium plates, with hole sizes ranging from 0.5mm to 50mm, and is better suited for heavy-duty structural or separation applications. Both types can be customized to specific dimensions and tolerances.
Q
Can titanium mesh be customized to non-standard sizes and hole shapes?
Yes. Both woven and perforated titanium mesh products support full customization. Woven mesh can be tailored to specific wire diameters and filtration precision requirements. Perforated mesh is available in round holes, square holes, and special-shaped holes, with plate thicknesses and sheet dimensions adjustable based on project needs.
Q
What international standards does your titanium mesh comply with?
Our titanium mesh products are manufactured in strict accordance with the international standard ASTM B265. This ensures consistent material quality, precise dimensional tolerances, and reliable mechanical performance across all product types.
Q
What are the typical applications for titanium mesh?
Titanium mesh is widely used in aerospace components, chemical processing equipment, electrochemical cells (such as electrolyzers and fuel cells), medical implants and surgical devices, seawater desalination systems, and industrial filtration. Its corrosion resistance, biocompatibility, and high strength make it suitable for demanding environments.
Q
What is the maximum sheet size available for perforated titanium mesh?
Perforated titanium mesh is available in slice dimensions up to 3000×6000mm, and in roll form with widths from 0.5m to 2m and lengths from 5m to 30m. Larger or custom dimensions can be discussed based on specific project requirements.
Q
What tolerance levels can be achieved for titanium mesh products?
For woven titanium mesh, wire diameter tolerance is ±0.001mm to ±0.02mm, and mesh size tolerance is ±0.01mm to ±0.1mm. For perforated titanium mesh, plate thickness tolerance is ±0.01mm to ±0.05mm, and hole diameter tolerance is ±0.02mm to ±0.2mm. All tolerances are maintained in accordance with ASTM B265 standards.
Classification
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Classification by Product Form
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Classification by Material Performance
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Classification by Machining Precision
Specification Selection Guide & Chemical Composition Standards
|
Product Type |
Specifications |
Core Features |
Application Scenarios |
|
Ultra-Thin Metal Discs |
Thickness starting from 0.03mm, diameter 2–50mm |
Ultra-thin & flexible, ultra-high precision, burr-free, excellent conductivity |
Semiconductor chip accessories, micro electronic contacts, precision sensors, miniature medical devices |
|
Conventional Metal Discs |
Thickness 0.1–2mm, diameter 50–100mm |
High structural strength, good flatness, superior batch consistency |
High-end tooling fixtures, equipment sealing gaskets, conductive connectors, aerospace precision components |
|
Standard Metal Cups |
Thickness 0.076–0.254mm, flat/spherical/conical shape |
High pressure & deformation resistance, high fitting accuracy, wear resistance & durability |
Supporting for diamond wire drawing molds, PCD/PCBN super-hard cutting tools |
|
Custom Special-Shaped Metal Cups |
Non-standard thickness & special-shaped full-size customization |
Custom-fit design, high fitting precision, stable performance under extreme conditions |
Deep oil & gas well drilling, special super-hard material processing, new material R&D |
|
Material |
Substrate Purity |
Total Impurity Content |
Core Standard |
|
Molybdenum / Tantalum |
≥99.95% |
≤0.05% |
High temperature resistance, low impurity, high vacuum compatibility |
|
Zirconium / Niobium |
≥99.9% |
≤0.1% |
Superior corrosion resistance, high pressure resistance, erosion resistance |
|
Titanium / Nickel |
≥99.5% |
≤0.5% |
Lightweight, biocompatible, stable conductivity |
01
Ultra-High Purity & Zero Contamination
All refractory metal substrates reach purity ≥99.9% with extremely low impurity content. No contamination occurs during processing, ensuring no impact on the accuracy and performance of high-end products, fully adapting to high-purity precision manufacturing processes.
02
Extreme & Controllable Dimensional Accuracy
Adopting precision stamping technology, the core dimensional tolerance is strictly controlled within ±0.001mm. Products feature high flatness, no deformation and no burrs with excellent assembly fitting performance, meeting the precision assembly requirements of micro-precision components.
03
Wide Adaptability for High-Temperature & High-Pressure Extreme Conditions
Refractory metal substrates possess excellent high-temperature resistance, withstanding temperatures up to 2600℃. Combined with outstanding high-pressure and anti-deformation capabilities, they operate stably in extreme scenarios such as deep well drilling, ultra-high temperature sintering and high-strength processing.
04
Superior Corrosion & Wear Resistance with Long Service Life
Maintaining stable performance under acid-base corrosion, high-temperature oxidation and high-speed scouring environments, the products feature anti-aging and wear-resistant properties, effectively reducing accessory replacement frequency and lowering production costs.
05
Stable Electrical & Thermal Conductivity
Metal substrates deliver excellent and uniform heat and electrical conduction without local overheating or unstable resistance, perfectly suitable for semiconductor and power conduction precision components.
06
Flexible Customization & Strong Adaptability
Supporting full-dimensional customization of thickness, size and shape. Standard specifications are sufficiently in stock, and special-shaped products support rapid die opening to accurately match non-standard equipment and special process requirements.
07
Excellent Batch Consistency
Equipped with automated precision production lines and standardized molds, products maintain highly unified size and performance, ideal for large-scale industrial supporting production.
Production Process
- Refractory metal raw material inspection → precision plate leveling → CNC cutting & blanking → integral precision stamping via standardized molds → high-precision dimension calibration → edge deburring & polishing → surface precision cleaning → triple inspection (material purity, dimensional tolerance, appearance defect) → sorting & classification → finished product packaging → delivery with complete test reports
01
Petroleum & Gas Drilling Industry
Custom high-purity metal cups matched for polycrystalline diamond compacts feature high pressure resistance, corrosion resistance and erosion resistance. They adapt to extreme deep and ultra-deep well drilling conditions, improving the stability and service life of drilling equipment.
02
Super-Hard Tool & Mold Industry
Supporting stamping parts for PCD inserts, PCBN inserts, diamond cutters, CBN tools and diamond wire drawing molds enhance tool clamping stability, machining accuracy and wear resistance.
03
Electronics & Semiconductor Industry
Precision metal discs are applied in chip packaging, electronic contacts, semiconductor equipment tooling and sensor induction components. High purity and conductivity ensure long-term stable operation of electronic devices.
04
Aerospace Industry
Suitable for aerospace precision instrument components, special sensor parts and aerospace tooling accessories. Lightweight, high-strength and high-temperature resistant properties meet extreme environmental requirements of aerospace equipment.
05
Medical Device Industry
Titanium and high-purity nickel stamped parts are used for minimally invasive device accessories and medical testing equipment components. Featuring good biocompatibility, high precision, non-magnetic and pollution-free performance, they fully comply with medical safety standards.
06
High-End Precision Manufacturing Industry
Applicable for precision mold accessories, special tooling fixtures, new energy equipment conductive parts and new material R&D consumables, providing core precision support for high-end precision equipment and special industrial processes.
Enterprise Advantages & Services
- Baoji Yunjie Metal has specialized in refractory metal precision manufacturing for over 30 years, owning mature precision stamping core technologies and multiple technical patents with ISO9001 quality system certification. We feature full material coverage, ultra-high precision, rapid die opening, stable delivery and superior quality. Standard products are in stock for immediate shipment, customized orders support quick response, small-batch trial production and large-scale stable mass production. All products undergo strict triple quality inspection on material purity, dimensional accuracy and appearance performance, maintaining a leading customer repurchase rate in the industry.
- Free Services: Material selection consultation, size specification optimization, special-shaped structure design, sample testing, exclusive batch customization solutions.
Send Inquiry
As a professional expert providing solutions for pure tantalum (R05200, complying with ASTM B708 American Standard) and various metal accessories and custom machined parts, Baoji Yunjie focuses on precision machining-to-drawing capability, fully meeting customers' machining needs from standard parts to complex custom parts! For a full range of metal materials and products such as titanium, tantalum, niobium and zirconium, welcome to provide drawings for consultation and customization. We will accurately reproduce designs and deliver products efficiently.