Precision Titanium Mesh Manufacturer:
Medical & Industrial Solutions
Factory-direct titanium mesh engineered for critical applications. From ASTM F136 medical implants to high-efficiency MMO coated anodes, we deliver tailored solutions meeting strict industry standards.
Mesh Forms
Expanded / Woven / Perforated / MMO Mesh
Materials & Specs
ASTM F67 / F136 / Grade 1 / Grade 2
Applications
Medical Implant / Electrochemistry / Filtration / ICCP
Value-Add Services
Custom Fabrication / Coating / Traceability
Integrated Mesh Solutions: Billet-to-Mesh Mastery
Eliminate Supply Chain Risks | 100% Material Traceability
As a source manufacturer, we control the entire lifecycle—from in-house sheet and wire processing to precision expanding, weaving, and MMO coating. This eliminates third-party contamination risks, ensuring absolute certainty for both biocompatible medical implants and industrial electrochemistry applications.
Consistent. Compliant. ISO-Certified.
Titanium Mesh Series: Engineered Forms
We offer a diverse range of titanium mesh configurations, each optimized for specific mechanical, filtration, or electrochemical applications.
Titanium Woven Wire Mesh
Durable woven construction with precise square openings. Delivers superior corrosion resistance compared to SS316L.
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Fine Titanium Mesh (Micron)
Ultra-fine wire mesh for filtration down to micron levels. Extremely high purity for sensitive environments.
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Expanded Titanium Mesh
Slit and stretched from a single sheet with no welds. Offers excellent electrical conductivity and strength-to-weight ratio.
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Perforated Titanium Plate
Robust structural mesh with customizable open area percentages for precise flow and sound control.
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MMO / Pt Coated Anode Mesh
Dimensionally stable anode mesh with catalytic coatings for high-efficiency electrolysis and long service life.
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Welded Titanium Mesh
Strong welded grid construction built to resist heavy mechanical loads in corrosive baths and structural assemblies.
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Standard Mesh Sheets
Convenient flat sheets in woven, expanded, or perforated forms for immediate downstream fabrication.
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Customized Mesh Rolls
Continuous roll format engineered for efficient large-scale automated stamping and production processes.
Request a QuoteChoose Titanium Mesh by Form & Application
Quickly identify the most suitable titanium mesh solution based on structure, conductivity, cleanliness, aperture control, and end-use environment.
Expanded Mesh
Continuous structure with high conductivity for formable applications.
Select FormWoven Mesh
Accurate pore size and mesh count for chemical filtration.
Select FormPerforated Plate
Rigid panels for structural support and controlled open-area uses.
Select FormMMO Coated Mesh
Catalytic activity and dimensionally stable performance for anodes.
Select FormMedical Mesh
Biocompatible implants requiring formability and extreme cleanliness.
Select FormNeed help selecting the right mesh form for your application?
Dual Expertise: Medical Purity Meets Industrial Scale
From burr-free surgical implants to massive electrochemical anode assemblies, our manufacturing facility adapts to the exact tolerances and compliance standards of your industry.
Medical-Grade Fabrication
Cleanroom Environment-
Laser Cutting for Implant Geometry
Burr-free, complex structures engineered for craniofacial and dental meshes.
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3D Contouring for PSI Shapes
Custom mesh forming to perfectly match patient-specific anatomical data.
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Passivation & Ultrasonic Cleaning
Rigorous multi-stage preparation ensuring absolute surface purity.
Industrial-Grade Processing
High-Volume Capacity-
MMO Coating Systems
Proprietary thermal decomposition for Ru-Ir and Ir-Ta mixed metal oxides.
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Welding & Assembly Capability
Expert TIG-welded fabrication of robust electrode baskets and cathodes.
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Large-Format Production
Wide-width expanding, weaving, and perforating scaled for major OEMs.
Zero-Defect Quality Control: The Dual-Track Protocol
Our ISO-compliant quality system uses a specialized dual-track protocol tailored for titanium mesh. Whether your woven, expanded, or stamped mesh must pass strict medical bio-burden audits or aggressive industrial durability tests, we guarantee certified dimensional and metallurgical performance.
Raw Wire & Foil Verification
- Action: Spectrometer (OES) analysis to verify metallurgical integrity of titanium wire and foil before weaving or expanding begins.
- Medical Track: ASTM F67 / F136 biocompatibility validation for implant-grade materials.
- Industrial Track: Grade 1 / Grade 2 high-purity certification for anode base materials.
Mesh Geometry & Metrology
- Action: High-resolution optical inspection to verify strict geometric tolerances across the entire mesh roll or sheet.
- Metrics: Strict validation of mesh count, wire diameter, open area percentage, and precise LWD / SWD dimensions.
Surface & Coating Validation
- Medical Track: Bio-cleanliness audits, ultrasonic residue removal, and passivation verification for implantable mesh.
- Industrial Track: Precision XRF coating thickness measurement for MMO and platinum-coated anode meshes.
Structural & Adhesion Testing
- Action: Tensile strength testing for woven mesh, bend and formability testing for stamped implant mesh, and rigorous coating adhesion testing for industrial anodes.
Traceability & Segregated Packaging
- Action: Comprehensive MTC 3.1 reporting linking every mesh batch to its parent heat number.
- Medical Track: ISO Class cleanroom processing and vacuum double-bagging to prevent contamination.
- Industrial Track: Reinforced, moisture-sealed wooden crating to protect coated meshes during global transit.
Why Our Standards Protect Your Mesh Project
Implant Cleanliness
Validated ultrasonic cleaning and passivation processes ensuring zero residue on medical-grade mesh.
Coating Durability
Rigorous XRF thickness and adhesion testing for long-life MMO and Platinum mesh anodes.
Dimensional Verification & Traceability
Strict geometric verification, MTC 3.1 documentation, and controlled batch accountability.
Certified. Traceable. Built to Perform.
Engineered for Critical Environments
Our titanium mesh provides the structural and functional foundation for industries where material failure is not an option.
Medical Implants
Biocompatibility & Osseointegration
Ultra-clean titanium mesh for cranioplasty, bone grafting cages, and dental membrane support.
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Electrochemical Industry
High-Efficiency Electrolysis & Durability
The industry-standard titanium mesh substrate for chlor-alkali, sodium hypochlorite, and water electrolysis systems.
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Cathodic Protection (ICCP)
Structural Corrosion Prevention
Embedded titanium mesh systems used to protect rebar, bridges, parking decks, and subsea structures.
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Advanced Filtration & Energy
High-Strength Corrosive Separation
Used in aerospace hydraulic filters, chemical process screens, and fuel cell gas diffusion layer support applications.
Explore Filtration SolutionsPowering Innovation Across Every Sector.
Why Partner with Hele Titanium?
Choosing a titanium mesh supplier is about material certainty and long-term performance. We combine source-manufacturing expertise with deep application knowledge to deliver exactly what your engineers specify.
Manufacturer-Direct Value
We control the entire process from raw titanium billet to final mesh. This ensures faster lead times, stable pricing, and no third-party markups.
Engineered Customization
From mesh count and wire diameter to LWD / SWD dimensions and proprietary MMO coatings, every order is tailored to your application.
Certified Precision
Produced under strict ASTM and ISO standards, with MTC 3.1 traceability, dimensional reports, and optional SGS / BV auditing.
Global Logistics & Support
Export-compliant packaging and responsive support for North America, Europe, and Asia.
10+ Years of Mesh Mastery
Trusted by buyers in medical devices, chemical processing, marine engineering, and electrochemistry.
Integrated Systems
Beyond materials, we provide comprehensive solutions from electrochemical anodes to advanced PEM systems for high-performance industrial
Let’s Build Better Mesh — Together.
Frequently Asked Questions
Find quick answers regarding our titanium mesh specifications, material grades, and specialized processing capabilities.
Which titanium grade is used for medical implants?
Can you manufacture Patient-Specific Implants (PSI)?
How is medical-grade mesh cleaned to prevent contamination?
What is the difference between expanded titanium mesh and perforated titanium plate?
Can you customize mesh opening size, thickness, and forming condition?
Do you supply annealed / soft titanium mesh for shaping applications?
What is an MMO coating, and why is it necessary for anodes?
What is the typical lifespan of an MMO-coated titanium anode?
What is the difference between Expanded and Woven titanium mesh?
How do I choose between Ru-Ir and Ir-Ta MMO coatings?
What titanium grade is best for filtration vs electrochemistry?
Can you supply custom LWD / SWD and open area for industrial mesh?
Inside Our Manufacturing & Quality System
See how we produce, inspect, and document titanium products as a direct manufacturing partner.
See how titanium mesh moves from billet or sheet preparation through expanding, weaving, perforating, and optional coating.
Titanium Sheet Preparation
Mesh Expanding Process
Woven Mesh Production
MMO Coating or Final Forming
A look inside the production areas where titanium mesh is formed, cut, coated, handled, and packed.
Mesh Production Workshop
Laser Cutting Area
Coating / Assembly Area
Packing & Sheet Handling Area
Our quality system verifies mesh geometry, coating integrity, cleanliness, and traceability before release.
Mesh Count Inspection
LWD / SWD Verification
Coating Thickness Check
Final Quality Inspection
Documentation and traceability support are essential for both medical and industrial approval requirements.
Mill Test Certificate Example
ISO Quality Certification
Medical Compliance Documentation
Third-Party Inspection Support
Need production photos, inspection records, or documentation support? Contact our team for direct factory assistance.
The Ultimate Guide to Titanium Mesh
From Cranial Repair to Chlor-Alkali
Titanium mesh is not a single product; it is a category of engineered porous structures used in some of the most demanding environments on Earth—and inside the human body. Its combination of light weight, strength, corrosion immunity, and biocompatibility makes it indispensable for both medical and industrial use.
Before You Specify Titanium Mesh, Confirm These 3 Things:
1. Introduction: The Versatile Net
Titanium mesh is an engineered category designed to solve complex structural, fluid dynamic, and electrochemical challenges. Unlike standard sheet metal, mesh provides a controlled open area. This dual-use material is equally relevant in highly sterile medical environments for bone growth support, as it is in harsh industrial environments for electrolysis, structural reinforcement, and corrosive fluid filtration.
2. Types of Titanium Mesh Explained
There are three major categories of titanium mesh, each manufactured differently to serve distinct purposes:
Expanded Mesh
Slit and stretched from a solid sheet, creating diamond openings.
- Key Feature: No welds, seamless conductivity.
- Best For: Anode substrates, grids.
Woven Mesh
Interlaced titanium wires, resembling heavy fabric.
- Key Feature: Precise micron-level openings.
- Best For: Chemical filtration, screens.
Perforated Plate
Punched holes systematically arranged in a solid sheet.
- Key Feature: High load-bearing capacity.
- Best For: Heavy straining, acoustics.
| Mesh Type | Common Material | Typical Thickness | Common Openings |
|---|---|---|---|
| Expanded | Gr1, Gr2, ASTM F67 | 0.3mm – 3.0mm | 1x2mm to 10x20mm (LWDxSWD) |
| Woven | Gr1, Gr2 | Wire Dia: 0.05mm+ | 4 Mesh to 400 Mesh |
| Perforated | Gr2, Gr5 | 1.0mm – 10.0mm | 1.0mm to 50mm diameter |
3. Medical Mesh: Biocompatibility & Bone Ingrowth
In surgery, titanium mesh acts as a scaffold. Its biological inertness prevents rejection, while its porosity encourages osseointegration (bone ingrowth). Selection depends heavily on the balance between thickness and formability during surgery.
Thin Mesh
Highly malleable. Used for complex orbital or delicate cranial floor reconstructions.
Standard Mesh
The balanced standard for general cranioplasty and maxillofacial repair.
Thick Mesh
Rigid support required for large cranial defects and heavy load-bearing bone grafts.
4. Industrial Mesh: The Science of MMO Anodes
Bare titanium is highly corrosion-resistant because it forms an insulating oxide layer. However, this makes it a poor anode (it won't pass current). To solve this, titanium mesh is coated with Mixed Metal Oxides (MMO), transforming it into a Dimensionally Stable Anode (DSA). The titanium acts as the structural conductor, while the coating acts as the catalyst.
Coating Selection Matrix
Primary reaction: Chlorine evolution. Best for saltwater/brine. Uses: Chlor-alkali, pool chlorinators.
Primary reaction: Oxygen evolution. Best for acidic environments. Uses: Copper foil production, ICCP.
What Affects Lifespan?
- Coating thickness (g/m²)
- Operating current density
- Electrolyte contaminants
- Reverse polarity events
5. Manufacturing Processes
Quality begins at the mill. The Expansion Process requires precision slitting knives to cut and stretch the titanium sheet simultaneously without micro-fracturing the nodes. For anodes, the MMO Coating Process involves applying liquid metal salts to the mesh, followed by thermal decomposition in a furnace at 400-600°C. This is repeated 15-20 times to build a durable catalytic layer.
6. Key Properties & Benefits
Corrosion Immunity
Exceptional resistance to chlorides and acids.
Strength-to-Weight
High structural integrity at a fraction of steel's weight.
Conductivity
Seamless expanded mesh offers unbroken current paths.
Formability
Easily stamped, contoured, and welded into assemblies.
7. Buyer’s Checklist: Medical vs. Industrial
Medical Buyers Focus On
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ASTM F67 / F136 Strict adherence to implantable grade titanium standards.
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Cleanliness Ultrasonic cleaning & passivation to remove manufacturing oils.
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Formability Malleability for intraoperative contouring.
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Implant Geometry Exact thickness and pore size for osseointegration.
Industrial Buyers Focus On
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Grade 1 / Grade 2 Substrate Selecting the correct base material for conductivity.
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Coating Chemistry Specifying MMO type (Ru-Ir vs Ir-Ta) for the electrolyte.
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Open Area / Mesh Geometry Confirming exact LWD/SWD for fluid flow and current distribution.
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Service Life Defining coating thickness (g/m²) against target lifespan.
Ready to Source Engineered Titanium Mesh?
Whether for a life-saving implant or a high-efficiency electrolyzer, the key to success is matching the correct mesh form, grade, cleanliness level, coating system, and geometry to the real application environment. Hele Titanium provides the factory-direct capability, application knowledge, and certified quality support you need to source with confidence.
Email: sales@heletitanium.com | Address: Room 1206, Building 1, Huaxia Yue World
Need Help Selecting the Right Titanium Mesh?
Tell us your application, mesh type, opening, thickness, grade, and coating requirement. Our engineering team will recommend the most suitable titanium mesh solution for your project.
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Factory-Direct Engineering Support
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Medical & Industrial Specification Support
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Custom Fabrication & Coating Services
Direct Contact:
sales@heletitanium.com
Room 1206, Building 1, Huaxia Yue World
