Name: φ150mm Sintered Titanium Powder Filter For Industrial Circulating Water Filtration Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 296545883

TOPTITECH's φ150mm Sintered Titanium Powder Filter for Industrial Circulating Water Filtration is engineered from Grade 1 industrial high-purity titanium powder (99.4%) through cold isostatic pressing and high-temperature vacuum sintering, forming a rigid porous structure with metallurgical bonding between particles. This manufacturing process delivers uniform pore size distribution, high porosity (30-40%), and filtration grade 0.2μm without media migration or particle shedding. The 150mm diameter configuration provides significantly larger filtration surface area per unit volume compared to standard 60mm or 70mm elements, while the sintered titanium construction offers exceptional corrosion resistance against aggressive media including chlorine, ozone, strong acids, and alkaline solutions . Operating capabilities span from cryogenic conditions up to 300°C continuous duty, with mechanical strength sufficient to withstand high differential pressures and repeated thermal shock without structural degradation.

150mm Sintered Titanium Powder Filter for Industrial Circulating Water Filtration 3

TOPTITECH's φ150mm Sintered Titanium Powder Filter for Industrial Circulating Water Filtration excels in closed-loop cooling systems, reverse osmosis pretreatment, and seawater desalination applications where suspended solids removal and biofouling control are critical. The depth filtration mechanism traps particles within the three-dimensional matrix while maintaining low initial pressure drop and high dirt holding capacity, significantly extending operational cycles between cleanings . Regeneration is achieved through multiple methods including high-pressure backwashing (3-5 bar), ultrasonic cleaning, or chemical treatment with dilute acids or alkalis, restoring flow rates to near-original conditions and achieving typical service life exceeding two years in continuous operation . This reusable characteristic combined with titanium's inherent resistance to ozone oxidation makes these elements particularly effective in systems employing ozone sterilization or continuous chemical disinfection, reducing replacement frequency and overall filtration costs while maintaining consistent effluent quality for downstream membrane protection or process equipment.

Products Description

Material: GR1
Pore size: 0.2um
Diameter:150mm
Length: 4"
Wall thickness: 5.5mm
Technique: Sintering

Products Features

150mm Sintered Titanium Powder Filter for Industrial Circulating Water Filtration 2

Metallurgically Bonded Porous Structure

Manufactured from Grade 1 industrial high-purity titanium powder (99.4%) through cold isostatic pressing and high-temperature vacuum sintering, creating rigid metallurgical bonds between particles that ensure zero media migration and no particle shedding during operation.

High Porosity with Optimized Permeability

Achieves porosity ranging from 30% to 40% with uniform pore size distribution (2.5-160μm aperture), delivering low filtration resistance and high permeability while maintaining filtration precision 0.2μm.

Exceptional Corrosion Resistance

The passive titanium oxide layer (TiO₂) provides inherent resistance against aggressive media, including chlorine, ozone, strong acids (such as sulfuric and hydrochloric), alkaline solutions, and seawater environments where conventional stainless steel filters fail.

Superior Regeneration Capability

The rigid sintered structure withstands repeated high-pressure backwashing (3-5 bar), ultrasonic cleaning, and chemical treatment with dilute acids or alkalis, restoring flow rates to near-original conditions and extending service life to 2-3 years versus disposable polymer cartridges.

150mm Sintered Titanium Powder Filter for Industrial Circulating Water Filtration 4

150mm Sintered Titanium Powder Filter for Industrial Circulating Water Filtration 1

Wide Temperature Tolerance

Operates reliably from cryogenic conditions up to 300°C continuous duty without thermal degradation or structural compromise, suitable for applications involving process steam, hot water circulation, and temperature-cycled systems.

High Mechanical Strength

Withstands differential pressures up to 0.6Mpa operating and burst pressures exceeding 1.5Mpa, with the 150mm diameter and 5.5mm wall thickness configuration providing exceptional resistance to pressure shocks and mechanical stress.

Products Applications

Cooling Tower Sidestream Filtration – Installed in recirculating cooling water systems to remove suspended solids, scale-forming particles, and biofilm debris, preventing deposition on heat exchanger surfaces and maintaining thermal transfer efficiency. The 150mm diameter configuration delivers high flow rates while the 5.5mm wall thickness withstands system pressure fluctuations up to 0.6Mpa operating differential.

Reverse Osmosis Pretreatment – Positioned upstream of RO membranes to reduce silt density index (SDI) and remove particulate matter down to 0.2μm absolute, protecting spiral-wound membranes from fouling and extending membrane service life. The depth filtration mechanism traps particles within the three-dimensional matrix while maintaining stable effluent quality for downstream membrane protection.

Ozone-Treated Circulating Water – Handles continuous ozone exposure without material degradation, unlike polymer alternatives that embrittle under oxidative attack. The titanium oxide passive layer (TiO₂) actually strengthens under oxidizing conditions, making these filters ideal for systems employing ozone sterilization or advanced oxidation processes.

High-Temperature Process Water Loops – Operates reliably at continuous temperatures up to 300°C in closed-loop hot water systems where conventional filters fail due to thermal degradation. Suitable for steel mill cooling, injection molding temperature control units, and industrial heat exchangers requiring particulate control at elevated temperatures.

Seawater Cooling Systems – Withstands chloride-induced pitting and crevice corrosion that rapidly destroys stainless steel filters in marine environments. The titanium construction provides immunity to seawater corrosion while maintaining mechanical integrity during backwash cycles.

Wastewater Reclamation Circuits – Remove suspended solids from industrial effluent before reuse in manufacturing processes. The regenerable nature allows repeated cleaning cycles via high-pressure backwashing (3-5 bar) or chemical treatment, maintaining consistent filtration performance over a 2-3 year service life.