Sintered porous metal materials of NAVI TItanium are manufactured using advanced powder metallurgy and sintering technologies and are available in titanium, stainless steel, nickel, and nickel-based alloys. With professional manufacturing capabilities since 2008, NAVI Titanium provides customized solutions and technical support for applications such as PEM water electrolysis, filtration, chemical processing, semiconductor, energy, and biomedical industries. Detailed product specifications and performance data are provided in the following table for reference.
The products feature customizable pore structures, high porosity, excellent corrosion resistance, and reliable mechanical performance, with various shapes including discs, sheets, tubes, rods, cups, and customized designs. Kindly note the following pictures feature samples that have been stored for a long period; wear and rust are therefore inevitable.
NAVI Titanium's products (since 2008) are widely used in the following fields. With extensive industry experience and outstanding research achievements, we provide reliable material solutions for global customers.
| NAVI Titanium Advanced Fields | |||
| No. | Application | Raw Materials and Components | NAVI Titannium Technology Highlights |
| 1 | PEM (Proton Exchange Membrane Water Electrolysis) |
Titanium, Titanium Alloys PTL, Porous Titanium Plate, Gas Diffusion Components |
1. High-purity low-oxygen titanium powder for uniform pores and stable conductivity 2. Customized pore structures (5–80 μm) for optimized water/gas transport |
| 2 | Semiconductor & Electronics |
Stainless Steel, Titanium, Nickel Alloys UPW Filter, Process Gas Filters, CMP Slurry Filter |
1. High porosity (25–45%) ensuring high flow capacity and low pressure loss while maintaining stable filtration efficiency 2. Cleanable porous structures for repeated regeneration and extended service life |
| 3 | Pharmaceuticals |
Stainless Steel, Titanium, Nickel-based Alloys Filter Cartridge, Liquid Filtration Components |
1. High-purity metal powders for particle, crystal, colloid, and contaminant removal 2. Corrosion-resistant materials with chemical compatibility and sterilization resistance |
| 4 | Chemical Purification & Petrochemical Filtration | Stainless Steel, Titanium, Nickel, Nickel-based Alloys, Bronze Catalyst Recovery Filter, High-temperature Filtration Element |
1. Advanced sintering technology for submicron to 100 μm filtration ratings 2. High-temperature and corrosion-resistant alloys for harsh chemical environments 3. Optimized porous structures (35–50% porosity) for reduced pressure drop and improved process stability |
| 5 | Water Treatment | Stainless Steel, Titanium, Nickel, Nickel-based Alloys, Titanium Alloys RO/EDI Security Filter, Ozone Diffuser |
1. Customized pore structures (0.5–50 μm) for precision filtration and particle removal 2. Porous titanium and corrosion-resistant alloys for ozone diffusion and long-term operation |
| 6 | Food & Beverage | Stainless Steel, Titanium, Nickel-based Alloys Wine Filter, Beverage Final Filtration System, Syrup Filter |
1. Controlled pore structures (0.5–100 μm) for removal of solids, yeast, and contaminants 2. Corrosion-resistant sintered metals for CIP/SIP cleaning and repeated use |
| 7 | Hydraulic, Lubrication & Transportation Systems | Stainless Steel, Titanium, Nickel-based Alloys, Titanium Alloys, Bronze Aircraft Fuel Filter, Hydraulic System Filter, Lubrication Oil Filter |
1. High-strength porous structures (0.5–100 μm) for fuel, hydraulic oil, and lubrication filtration 2. Reusable metal filter elements for reduced maintenance and improved reliability |
| 8 | Industrial Gas, Steam & Vacuum Systems | Stainless Steel, Titanium, Nickel-based Alloys, Titanium Alloys, Bronze Compressed Air Filter, Steam Filters, Vacuum Filter |
1. Controlled pore sizes (0.5–100 μm) for particle, oil mist, and condensate removal 2. Uniform porous structures for gas diffusion, sparging, and flow distribution |
| 9 | High-Temperature & Environmental Applications | Stainless Steel, Nickel-based Alloys, Hastelloy, Bronze Hot Gas Filter, Flue Gas Filter, Dust Removal Filter, Catalyst Recovery Filter |
1. Thermally stable porous materials for hot gas and flue gas filtration 2. Robust alloy structures for thermal cycling, pressure fluctuation, and corrosive environments |
| 10 | Marine & Offshore Engineering | Stainless Steel, Titanium, Nickel-based Alloys, Titanium Alloys, Bronze Marine Cooling System Filter, Offshore Oil & Gas Filter |
1. Corrosion-resistant materials for seawater and offshore environments 2. Durable regenerable filter elements for vibration and continuous operation |
| 11 | Medical & Biomedical | Titanium, Titanium Alloys Porous Titanium Implant, Dental Implant, Bone Tissue Engineering Scaffold |
1. Controllable porous structures (30–70% porosity, 100–800 μm pore size) for bone ingrowth and implant integration 2. Titanium materials for biocompatibility, corrosion resistance, and long-term stability |
Purchasing Guide
If you want to choose a kind of sintered metal powder porous filter, this is the guide for you.
Quotation
Do you have the accurately designed drawings?
If yes, please provide your drawings and quantities, and then a PROFORMA INVOICE will be available for you. There is an example of the PROFORMA INVOICE for your reference.
If not, please refer to the following options 2 and 3.
Standardized Production
Please refer to NAVI Titanium Sintered Porous Metal Materials for the general specifications and related data. Which one is appropriate for you?
High-Quality Customized Services
If you want one-for-one before-sale service, please contact NAVI Titanium. You will get:
Technology support: NAVI Titanium will work together to design, evaluate, customize, small-scale test, pilot, and manufacturing. NAVI Titanium will accomplish the technology R&D and send the complete TECH data to you.
Non-disclosure agreement (NDA): NAVI Titanium strictly protects our customers' confidential information and intellectual property through a formal non-disclosure agreement.
Exclusive product: The products, along with all related documents and data developed through the above technology, are exclusively owned by you.
Sample
For the sintered metal powder porous filter, sample production has the following characteristics:
- Highly Customized Products: Sintered metal powder filter products are mainly manufactured based on customers' specific requirements. Each product specification requires a dedicated mold, and the mold cost is relatively high.
- High Sintering Process Costs: The sintering process involves significant energy consumption. The electricity charge alone for a single sintering furnace cycle is approximately USD 300–450.
Due to the above factors, sample production costs are relatively high. However, as a large-scale manufacturer, we receive a considerable number of sample orders. Some sample projects with similar requirements can be consolidated and processed together, allowing us to optimize production efficiency and reduce costs. Therefore, we provide the following sample service solutions:
Effective
NAVI Titanium only takes the basic cost of molds for custom products.
Economic
NAVI Titanium arranges sample production through weekly batch sintering, which significantly reduces development costs and shortens the research cycle for our customers.
Quality
Quality is our top priority. Unlike random sampling inspections, NAVI Titanium conducts a 100% inspection of every single product.
Through our triple inspection system, NAVI Titanium ensures consistent quality and eliminate defective products before delivery.
Advantages
Rapid & Economic
NAVI Titanium can purchase all kinds of raw materials & intermediates here within 3 days, and also has a professional R&D team, so the lead time is short.
NAVI Titanium is in the place of origin, where all kinds of raw materials and labour costs are low enough.
Rich Experience
NAVI Titanium has cooperated with many universities and have 16+ years of R&D experience. For many classical applications, NAVI Titanium has rich experience. Since 2008, NAVI Titanium has rich experience in new formula R&D, saving cost, and has achieved many nice formulas with the cooperation of the world's top 500 enterprises.
