NAVI Titanium sintered titanium filter are premium porous components manufactured via high-vacuum titanium powder consolidation, featuring uniform micropore distribution and strong chemical stability. We deliver tailored purification solutions with flexible specification adjustments, consistent lot characteristics and comprehensive after-sales support, helping global industrial clients minimize replacement costs, avoid production downtime and achieve dependable long-term filtration operation.
Solution of NAVI Titanium
NAVI Titanium manufactures titanium sintered filter materials through a controlled powder metallurgy route, producing permeable substrates with adjustable opening dimensions, permeability, and flow characteristics. Their corrosion resistance, biocompatibility, and elevated-temperature capability support precision purification, electrochemistry, biomedicine, and demanding fluid separation. Application-specific geometries and specifications are available to match project requirements, including separation accuracy, air permeability, pressure, and regeneration needs. The table below summarizes key specifications and technical data for reference:


NAVI Titanium delivers tailored purification solutions with flexible specification adjustments, consistent lot characteristics and comprehensive after-sales support, helping global industrial clients minimize replacement costs, avoid production downtime and achieve dependable long-term filtration operation.



Application
NAVI Titanium sintered titanium filter are premium separation units manufactured via high-vacuum powder consolidation, featuring uniform micropore distribution and strong chemical stability. We deliver tailored purification solutions with flexible specification adjustments, consistent lot characteristics and comprehensive after-sales support, helping global clients minimize replacement costs, avoid production downtime and achieve dependable long-term filtration operation.
In fine chemical, chlor-alkali and petrochemical industries, porous separation units play an important role in removing solids from aggressive liquids and gases. Conventional stainless steel and polymer alternatives can be affected by reagent attack, oxidation and irreversible channel obstruction in acidic, alkaline and chloride-rich environments, causing frequent component renewal, inconsistent separation accuracy and variation in final output. NAVI Titanium separation units use an integrated one-piece vacuum-formed design based on GR2 titanium, offering strong inertness and robust mechanical strength. The unit withstands continuous exposure to demanding industrial fluids without distortion, rust formation or particle release. Its uniform interconnected micro-channel network provides dependable contaminant capture, efficiently retaining catalyst fines, suspended solids and reaction residues. Combined with backflushing and ultrasonic regeneration, the unit can be reused through multiple operating cycles, lowering consumable demand, routine servicing requirements and overall operating expenditure while supporting uninterrupted operation across industrial facilities.

High-Purity Water Treatment & Desalination Engineering

In circulating fluid purification systems, ultra-clean liquid preparation, coastal seawater desalination and brine handling projects worldwide, NAVI Titanium separation units provide durable solid-liquid removal with favorable flow characteristics and lower resource consumption. Ordinary metallic alternatives may experience salt attack, surface degradation and biological attachment in saline and humid environments, shortening usable lifetime and weakening separation results. Titanium's naturally protective oxide layer and biological compatibility allow the unit to operate in submerged and salt-fog conditions over extended periods without significant functional decline. Its open-volume, low-flow-restriction design maintains dependable permeability and repeatable particle removal, efficiently retaining sediment, fine colloids, algae and residual biological contaminants. Combined with broad temperature tolerance and effective in-line regeneration capability, the unit accommodates around-the-clock operation in large-scale desalination and purification installations, helping raise treated-liquid cleanliness while lowering lifecycle expenditure and component renewal requirements for environmental engineering organizations worldwide.
Purchasing guide

Quality control (QC)
NAVI Titanium manufactures titanium sintered filter products under an ISO 9001-certified quality management system. To help you verify alloy composition, dimensional accuracy, pore characteristics, and test results, we provide selected Certificates of Analysis (COA) for reference. Click the button below to view available COA documents and review technical information before ordering with greater confidence.

Manufacturing Process
NAVI Titanium manufactures sintered titanium filter through a controlled powder metallurgy route. Each stage is designed to support consistent pore characteristics, dimensional accuracy, and alloy consistency for industrial purification applications.

1. Titanium Powder Selection & Grading
High-purity titanium powder is selected according to the required alloy grade, opening dimensions, permeability, and application conditions. Particle size distribution is controlled to support uniform separation characteristics.

2. Powder Mixing & Preparation
The selected titanium powder is prepared and uniformly blended when required. Production parameters are adjusted according to the target porosity, design configuration, and component specifications.

3. Mold Loading & Compaction
The prepared powder is loaded into application-specific molds and compacted under controlled conditions. This stage establishes the preliminary geometry, density, and dimensional profile of the filtration component.

4. High-Temperature Vacuum Sintering
The compacted powder body undergoes consolidation in a controlled high-temperature vacuum environment. Titanium particles bond metallurgically, forming a rigid porous body while retaining interconnected fluid pathways.

5. Machining & Surface Treatment
After consolidation, components undergo machining, cutting, drilling, or forming according to customer drawings. Finishing and cleaning procedures are applied when required by the intended application.

6. Quality Inspection & Testing
NAVI Titanium checks critical component characteristics, including dimensions, opening size, permeability, alloy composition, and appearance. Additional testing can be arranged according to technical requirements.

7. Cleaning, Packaging & Shipment
Qualified filtration components are cleaned, packaged, and prepared for shipment. Technical documentation and test records can be provided according to agreed order requirements.
Technical Specifications
NAVI Titanium titanium sintered filters are manufactured using high-purity industrial titanium powder through controlled powder metallurgy and vacuum consolidation techniques. The component configuration, pore characteristics, dimensions, and connection arrangements can be adjusted according to specific purification systems and service conditions.
| Material & Structure | Filtration Performance | Mechanical & Operating Properties | Dimensions & Configuration | Maintenance & Quality Control |
|---|---|---|---|---|
| Base Material: GR1 / GR2 Pure Titanium | Filtration Rating: 0.22–100 μm | Maximum Working Temperature: Up to 280°C* | Outside Diameter: 5–300 mm | Regeneration Methods: Backwashing, Ultrasonic Cleaning, Chemical Cleaning |
| Manufacturing Process: Powder Metallurgy & Vacuum Sintering | Porosity: Typically 28%–50% | Pressure Resistance: Customized According to Geometry and Wall Thickness | Length: 10–1200 mm | Reusability: Suitable for Repeated Cleaning and Regeneration |
| Pore Structure: Three-Dimensional Interconnected Porous Network | Nominal Pore Size: Customizable | Differential Pressure Capability: Designed According to Application Requirements | Wall Thickness: Customizable | Cleanability: Designed for Multi-Cycle Cleaning |
| Material Grade: Industrial High-Purity Titanium | Bubble Point: Available for Integrity Testing and Quality Control | Corrosion Resistance: Suitable for Various Corrosive Media | Available Shapes: Tube, Disc, Plate, Cylinder, Ring and Custom Shapes |
Quality Inspection: Dimensional, Porosity and Filtration Performance Testing |
Unique Latent Industrial Advantages
Apart from common corrosion resistance and elevated-temperature tolerance, NAVI Titanium porous titanium filters possess two niche industrial advantages rarely discussed in the industry: passivation self-protection and anti-fouling structural stability. These characteristics provide additional value for demanding industrial purification applications.
The component features spontaneous surface passivation regeneration, a distinctive characteristic that separates it from conventional stainless steel and alloy alternatives. The pure Ti substrate can naturally develop a dense, durable oxide film during continuous contact with air and liquid media. When the outer micro-layer experiences slight wear or scouring, the protective film can rebuild rapidly, continuously isolating the medium from the underlying alloy and limiting oxidation and deterioration. This self-restoring characteristic helps the component retain its original accuracy and mechanical strength during repeated industrial duty cycles, addressing gradual degradation commonly found in traditional filtration media. The passivation layer originates directly from the base substrate rather than an external coating, so it does not peel, crack, or gradually lose its protective function. This makes NAVI Titanium sintered titanium filter ideal for elevated-temperature washing, acid-alkali environments and chlorinated systems, where the protective film can rebuild naturally and maintain consistent operating accuracy.

Anti-Fouling Structural Stability

It offers reliable anti-colloidal fouling and non-adsorption characteristics for demanding purity-sensitive industrial applications. The integrated compact alloy surface contains no pronounced microscopic groove patterns that readily trap colloidal particles, organic monomers, and microbial residues. Unlike ceramic and polymer alternatives that can accumulate internal deposits and create secondary contamination, NAVI Titanium porous media retain a clean separation interface during extended use. This helps limit purification losses caused by deposit buildup, lower washing frequency, and minimize impurity release in purity-critical pharmaceutical and biological fermentation operations. Because the component is formed through integrated high-temperature consolidation, its outer surface remains dense and smooth at the microscopic level, leaving few concealed spaces where contaminants can remain. As a result, reverse washing can remove attached particles, allowing the unit to recover much of its initial operating capability after each cleaning cycle. This helps lower maintenance expenditure, shorten equipment downtime, and protect downstream systems and finished-product consistency.
NAVI Titanium Brand & Service Reliability
NAVI Titanium operates professional standardized workshops dedicated to metal filter fabrication, equipped with complete vacuum high-temperature consolidation systems and advanced testing instruments, enabling strict control throughout every manufacturing stage. We achieve independent fabrication from Ti powder classification, compression forming, high-temperature consolidation through finished-product processing and dimensional inspection. With mature batch manufacturing lines, we handle high-volume bulk orders and ongoing fixed-point supply partnerships. We maintain sufficient inventory of common specifications and provide rapid made-to-order fabrication, ensuring dependable and punctual delivery for overseas clients across Europe, Southeast Asia, the Middle East and additional regions, helping reduce international supply-chain uncertainty. Every manufacturing stage is monitored and fully documented, allowing order progress and batch traceability to remain transparent and giving international customers greater confidence in delivery schedules and product consistency, while dedicated capacity and adequate raw-stock reserves remain available for urgent requests and seasonal peak requirements.

Professional Technical Team & Accurate Customized Solutions

Our core engineering team has more than ten years of practical experience in microporous Ti technology and industrial separation system design, with familiarity across international standards and demanding operating environments worldwide. Unlike ordinary manufacturers focused on single standardized products, we provide comprehensive project-specific solution matching for every client. According to actual operating temperature, pressure, medium aggressiveness and required separation accuracy, we adjust pore dimensions, void ratio, geometry and installation arrangements in real time, avoiding generic products that may not fit properly and helping improve operating efficiency and product lifespan in demanding industrial environments. From initial engineering discussions and sample confirmation through final inspection and acceptance, our experienced engineers accompany each project, recommend appropriate grades and connection methods, evaluate operating environments before batch fabrication, and provide detailed dimensional drawings, practical installation guidance and ongoing technical advice, ensuring that every tailored NAVI Titanium sintered titanium filter fits the actual system and operates reliably during continuous industrial use.
We provide comprehensive lifecycle assistance covering operational guidance, compatible component matching, professional packaging and international logistics coordination. We develop targeted care programs for different regional climates and industrial environments, offering complimentary remote multilingual washing, operation and upkeep guidance to help extend product lifespan. All products use multi-layer impact-resistant, moisture-protected and oxidation-prevention packaging to avoid surface deterioration and mechanical damage during extended transportation through demanding environments. We also work with dependable international logistics channels to help ensure damage-free and punctual delivery, while providing rapid component matching and responsive customer coordination for overseas clients. Detailed installation instructions, care records and dimensional drawings accompany each shipment, while our responsive team promptly addresses inquiries, coordinates follow-up shipments, tracks every order until it reaches the client's warehouse safely, and keeps customers informed throughout the entire journey, making our after-sales assistance straightforward, dependable and reassuring for ongoing cooperation with every client.

FAQ
How long is the service life of sintered titanium filters in different countries and industrial environments?
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Service life varies with regional climate and working medium. In conventional indoor water treatment and general chemical industries, it can work stably for 4–6 years. In coastal high-salt fog humidity and strong corrosive chemical workshops, the service life reaches 2–3 years, which is far longer than stainless steel, ceramic and plastic filters. Standardized regular maintenance can further extend the service cycle effectively.
What are the standard daily maintenance and cleaning methods for overseas industrial users
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Daily maintenance is simple and suitable for global factory operation standards. For conventional particle blockage, online high-pressure air backwashing or pure water reverse flushing is available. For stubborn organic scale and chemical residues, ultrasonic cleaning or dilute acid passivation treatment can be adopted. We provide regional targeted maintenance guides to help users formulate scientific cleaning cycles and stabilize filtration performance.
Is filter replacement difficult? Can it match local mainstream equipment in different regions?
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Replacement is simple and tool-free without professional training. All standard products adopt international universal interface sizes, compatible with most mainstream filtration equipment in Europe, America, Southeast Asia and other regions. We also support non-standard drawing customization to perfectly match local special equipment structures, reducing client downtime and labor replacement costs.
What quality certifications and testing standards do your products meet for global sales?
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All NAVI sintered titanium filters adopt original GR2 high-purity titanium materials, complying with national and international porous metal filter industry standards. Each batch undergoes strict pore precision, pressure resistance, corrosion resistance and non-shedding tests, with complete official inspection reports. The products meet global industrial environmental protection and purification standards, supporting overseas customs clearance and factory quality audit.
Can you optimize products according to local special working conditions in different countries?
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Yes, we provide regional exclusive optimization services. For coastal high-salinity humid areas, we enhance anti-fouling and anti-corrosion performance; for high-temperature industrial zones, we optimize high-temperature structural stability; for high-purity pharmaceutical and food factories in developed regions, we upgrade sanitary and non-pollution processes to fully adapt to local industrial application requirements.
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