Sintered Porous Titanium Pipe for Oil-Water separation offers excellent resistance to high pressure, strong acid, and strong alkali corrosion, and its filter element can be reused multiple times. This titanium hollow filter tube is made of titanium metal powder sintered at a low temperature without the need for high-temperature sintering by powder metallurgy. It is widely used for liquid-solid separation in various industries, especially for decarburization filtration in large infusion and injection production lines in the pharmaceutical industry.

Product parameters:

Product name: Sintered Porous Titanium Pipe for Oil-Water Separation

Diameter Range: φ20-φ200mm
Grade: GR1
Technique: Porous Sintering
Type: Titanium Pipe
Wall Thickness: 1-10MM
Customized Size: Available as per customer requirement

Main performance:

The product boasts a compact structure, good airtightness, and high durability.
There is no adsorption loss for the filter solution, adsorbent, and catalyst, and the original composition of the working medium remains unchanged.
It is non-toxic, non-magnetic, and non-shedding, with excellent biological compatibility.
The product is suitable for high-temperature precision filtration of different acid-base salts and organic solvents because of its small footprint, high-temperature resistance, and good oxidation resistance.
The product features a scientific and diverse filter structure that meets various filtration requirements, with convenient disassembly and assembly.
High filtration accuracy, capable of filtering particles above 0.2 microns at one time.

Application field:

Sintered Porous Titanium Tubes or Pipes are mostly used for filter materials, electrode materials, heat-exchange materials, catalyst carrier materials, and noise reduction materials due to their physical and structural characteristics.

In the generation of electrolysis gas, precise filtering and gas distribution are required.
Filtration and ozone aeration after sterilization of odor in the water treatment industry.
The medical industry for making biological implants.
Reverse osmosis pre-filtration for the electronics sector.
Clarification and filtration in food and beverage processing.
High-pressure air filtration in the aerospace industry.
In the fine chemical sector, precious metal catalysts are filtered and recovered.

Allowed media:

Sintered Porous Titanium Pipe for Oil-Water separation can be applied to aqueous solutions of 3% hydrochloric acid, 5% sulfuric acid, various concentrations of nitric acid, aqua regia, seawater, sodium hydroxide, carbonate, and chloride salts.

Matters needing attention:

During installation, disassembly, and cleaning, avoid hard objects scratching, bumping, smashing, and other damages.
Proper installation is necessary to avoid reverse filtering.
When the filter element is operating, avoid immediate quick pressurization.
When the filtration efficiency drops below 50%, it's time to clean the filter element.
When cleaning the filter element, perform the first blowback with pure gas. The pressure of the back blow gas is 1.5 times the working pressure. Each back blow should last for 3-5 seconds, and the back blow process should be repeated 4-6 times. Afterward, backwash the filter element with clean liquid, repeating the process 3 times. This entire cleaning cycle can be repeated 2-3 times and should last for 5 minutes.
If the effect of the filter element after online back-blowing and back-flushing is unsatisfactory, disassemble and clean it immediately.

Cleaning method:

In the pharmaceutical and chemical industries, the decarburization filter element mainly adopts back-blowing and back-flushing combined with ultrasonic cleaning to achieve the best effect.

In the water industry, the filter element is mainly soaked and washed with 5% nitric acid. According to the chemical nature of the filtered impurities, soak the original liquid filter element in the acid wash (5% nitric acid) or alkaline wash (3-5% sodium hydroxide), then rinse and ultrasonically clean it.

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