Heat-Resistant Titanium Mesh
Lightweight, high strength, and excellent corrosion resistance.
Superior durability for harsh chemical and marine environments.
Good conductivity and stability for electrolysis applications.
Heat-resistant and non-magnetic for aerospace and medical use.
Uniform structure with excellent mechanical performance.
Product Introduction
Heat-Resistant Titanium Mesh is a precision-engineered material designed for high-temperature and chemically aggressive industrial environments. Fabricated from high-purity titanium (Gr1 or Gr2), this mesh combines the exceptional corrosion resistance of titanium with a sintered or expanded wire network structure, providing remarkable mechanical strength and dimensional stability under thermal stress. The manufacturing process involves layering fine titanium wires and fusing them under high-temperature vacuum or inert gas conditions, resulting in a rigid, three-dimensional lattice that maintains structural integrity at elevated temperatures up to 300°C in air.
The mesh is available in customizable thicknesses ranging from 0.3 mm to 5.0 mm, with widths and lengths up to 1200 mm or tailored to specific installation requirements. Porosity is adjustable between 20% and 90%, allowing precise control over filtration flow rates, while pore sizes can be designed from 0.5 μm up to 100 μm, depending on the required particle retention or gas diffusion performance. Multilayer configurations—from single to five layers—enhance mechanical robustness and ensure uniform flow distribution across the panel surface, while the interconnected titanium matrix resists deformation, delamination, and fatigue even under repeated thermal cycling or vibration.
Heat-Resistant Titanium Mesh demonstrates outstanding chemical resilience, tolerating acids, alkalis, chlorides, and seawater, making it ideal for applications in chemical processing, high-temperature filtration, fuel cells, hydrogen production, and marine or offshore systems. Its open, stable network ensures minimal pressure drop and efficient fluid or gas throughput, while the material can be cleaned or regenerated multiple times via ultrasonic, thermal, or backflushing methods, extending operational lifetime and reducing maintenance costs.
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Technical Specifications
| Parameter | Specification Range |
|---|---|
| Material | Pure Titanium (Grade 1, Grade 2) |
| Layer Count | Single to Five Layers |
| Thickness | 0.3 mm – 3.0 mm |
| Pore Size | 0.5 μm – 100 μm |
| Width | ≤ 1200 mm |
| Length | ≤ 1200 mm (Custom cutting available) |
| Operating Temperature | ≤ 300°C (in air) |
| Corrosion Resistance | Resistant to acids, alkalis, salts, chlorides, seawater |
| Connection Methods | Roll welding, laser welding, flange connections |
Product Features
Superior Basic Keenness: The sintered development guarantees your work keeps up shape beneath tall weight and vibration conditions.
Outstanding Erosion Resistance: Unadulterated titanium fabric withstands chloride particles, seawater, and acidic situations without degradation.
Regenerable Plan: You can clean and reuse the work different times through ultrasonic cleaning, backwashing, or warm treatment.
Thermal Solidness: Keeps up fabulous execution in high-temperature or oxidizing atmospheres.
Uniform Filtration: Indeed pore conveyance gives tall filtration proficiency with negligible stream resistance.
Non-Magnetic Properties: Culminate for applications requiring attractive neutrality.
Applications
Chemical Handling: Acid-base filtration, catalyst recuperation, and gas refinement frameworks advantage from the mesh's chemical inertness.
Pharmaceutical Industry: Sterile filtration, API handling, and gas sterilization applications depend on its biocompatibility.
Water Treatment: Seawater desalination and invert osmosis pre-filtration frameworks utilize its erosion resistance.
Energy Segment: Hydrogen generation hardware and fuel cell frameworks depend on its unwavering quality and purity.
Aerospace: High-temperature applications use its warm solidness and lightweight properties.
Food & Refreshment: High-purity filtration forms advantage from its clean, non-reactive surface.
Manufacturing Process
Our fabricating starts with high-purity titanium wire work determination. Different layers experience exact arrangement and compression. The sintering prepare happens in controlled high-temperature vacuum situations. This makes lasting bonds between wire contact focuses. Quality control screens each generation arrange. The result is a strong, coordinates metal system with reliable pore structure.
Post-sintering treatments optimize surface properties. Final inspection ensures dimensional accuracy and performance standards. Each Heat-Resistant Titanium Mesh batch receives comprehensive testing before shipment.
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Customization Options
We tailor details to meet your correct necessities. Pore sizes run from ultra-fine to coarse filtration needs. Layer arrangements adjust to weight and stream requests. Custom shapes and measurements oblige interesting hardware designs.
Surface medicines upgrade particular properties when required. Association strategies coordinate your existing frameworks superbly. Our designing group collaborates on complex specifications.
Quality Assurance
Rigorous testing conventions confirm each item clump. Fabric composition investigation affirms titanium virtue levels. Pore estimate conveyance testing guarantees filtration precision. Mechanical quality testing approves auxiliary judgment beneath working conditions.
Our quality administration framework takes after universal guidelines. Documentation goes with each shipment for traceability. Client input drives persistent advancement initiatives.
Packaging and Logistics
Protective bundling avoids harm amid travel. Moisture-resistant materials keep up item quality. Custom bundling suits unordinary measurements or quantities.
Global shipping systems guarantee convenient conveyance. Following frameworks give real-time shipment overhauls. Our coordinations group arranges with your getting schedules.
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Customer Support
Technical back helps with application improvement. Establishment direction guarantees ideal execution. Investigating bolster addresses operational questions promptly.
Training programs offer assistance your group maximize item benefits. Support proposals expand benefit life. Standard check-ins guarantee proceeded satisfaction.
Why Choose Us
Shaanxi Filture brings decades of specialized involvement to each venture. Our European and North American client base illustrates demonstrated unwavering quality. Progressed fabricating capabilities back both standard and custom.
Quality associations with certified providers guarantee reliable materials. Advancement drives our item improvement activities. Maintainability hones adjust with natural goals.
OEM Services
Private labeling alternatives back your brand character. Custom details meet one of a kind showcase necessities. Volume estimating gives competitive advantages.
Technical documentation bolsters your deals endeavors. Quality certifications streamline client endorsements. Adaptable generation planning obliges request fluctuations.
FAQ
Q: What temperatures can Heat-Resistant Titanium Mesh withstand?
A: The mesh operates reliably up to 300°C in air environments, with higher temperatures possible in controlled atmospheres.
Q: How often requires cleaning?
A: Cleaning frequency depends on application conditions. Most installations benefit from periodic maintenance ranging from weekly to monthly intervals.
Q: Can you modify existing designs?
A: Yes, our engineering team collaborates on design modifications to improve performance or accommodate system changes.
Q: What quality certifications do you provide?
A: We provide material certificates, dimensional inspection reports, and performance test data with each shipment.
Contact Details
Ready to enhance your filtration systems with premium Heat-Resistant Titanium Mesh? Our technical team stands ready to discuss your specific requirements and develop customized solutions.
Email: sam.young@sintered-metal.com
Contact us today to explore how our advanced materials can elevate your project performance and achieve your operational goals.
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