Name: Metal Powder Sintered Titanium Porous Filter Element Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 186499791

The sintered titanium powder filter element from TopTiTech is a porous and microporous filter material made of titanium metal powder sintered at high temperatures. The filter element is generally a tubular or sheet filter element. TopTiTech can provide single-port tube, through-tube, welding various flanges, nozzles, welded pipes, coiled welded pipes, filter discs, filter rings, filter rods, filter cones, filter plates, strips and various types of stainless steel powder sintered special-shaped porous filter elements.

product-591-500

The pores of the sintered titanium powder filter element from TopTiTech are criss-crossed, resistant to high temperature, rapid cooling and heating and anti-corrosion. It is suitable for corrosive media such as multiple acids and bases, with high strength and good toughness. Suitable for use in high pressure environments. Weldable for easy loading and unloading. Stable pore shape and uniform distribution ensure stable filtration performance. The filtration performance recovers more than 90% after repeated cleaning.

Usage:

Pneumatic components, ammonia water, ammonia gas, chlorine gas, fluorine gas filtration. polyester filtration, methanol, benzene and other organic solvent filtration, protein filtration, hydraulic oil, fuel oil filtration, natural gas filtration, steam filtration, high temperature gas filtration, oil field water injection filtration, sewage filtration, lye filtration, dyes, catalyst filtration, catalyst separation , fine filtration of liquid medicines and food and beverages, dyes, inks, paraffin and sulfur and other chemical products industries.

Parameters:

Brand: TopTiTech

Origin: Baoji, China

Filtration precision: 0.22-100ɥm

Porosity: 28-50%

Temperature resistance: 280℃ (wet state)

Maximum working pressure: 0.6Mpa

Interface selection: 226 222 M20 M30

Material: Titanium

Diameter specifications: Φ10 Φ15 Φ18 Φ20 Φ30 Φ50 Φ60, etc. (non-standard diameter can be customized)

Length size: 2.5 inches, 5 inches, 10 inches, 20 inches, 30 inches, 40 inches (non-standard length can be customized)

Raw material composition (%)

Ti	C	Ni	O	N	H	Si	Fe	Mg	Cl
99.6	0.013	0.01	0.22	0.029	0.026	0.02	0.08	0.01	0.02

Details:

①The interface is smooth and delicate, the mechanical strength of the filter element is high, and it can be backwashed and reused.

②Using high-quality and high-purity titanium powder, the surface has fine pores with controllable pore size, and the filtration accuracy is very fine.

③Customizable accuracy, size, and interface.

Features:

1. High strength, strong pressure resistance, not easy to fall off.

2. The structure is uniform, the porosity is high, the filtration resistance is small, and the permeability is good.

3. It has strong resistance to high temperature and low temperature and can be used for steam filtration.

4. Strong corrosion resistance, no rust in water and liquid medicine.

5. The service life is long, which is several times that of the general filter element.

6. High hardness, easy backwashing, easy to achieve online flushing.

7. Strong affinity to the human body.

8. It is easy to form and process. According to customer requirements, it can be processed and customized into various shapes of filter elements with various porosity.

Application

Food industry

Reverse osmosis water system

Pharmaceutical industry

Chemical Industry

Petrochemical

Sewage Treatment

Principle of Microporous Tube Filtration and Regeneration

1. Filtration: that is, using the pressure outside the tube or the negative pressure inside the tube to make the material penetrate through the capillary channels inside the filter medium from the outer wall of the tube to the inside of the tube, and use the physical process of adsorption, bridging and pore interception on the surface of the filter medium to trap solid particles in the filter medium. The process of filtering the surface of the tube.

2. Regeneration-physical regeneration: that is, using the aeration pressure of 0.4-0.6Mpa instantaneously in the tube to make the air flow through the internal capillary pores from the inside of the tube to the outside of the tube at high speed, and the microscopic deformation and air pressure thrust inside the filter medium pores will be blocked in the filter medium. The process of blowing out the particles in the shallow pores on the outer surface of the filter tube. At the same time, it is accompanied by the falling off of the slag layer on the surface of the filter tube. It is better to add water before backflushing regeneration to generate micro hydraulic driving force.

3. Regeneration-chemical regeneration: that is, the filter tube blocked by the material is soaked with the acid/alkali solution of the set concentration to dissolve the blocking medium blocked in the pores of the microporous tube, so that the blocked pores can be re-opened to achieve purpose of regeneration. Chemical regeneration is only effective for blockage of solid particles that can be dissolved by acid/alkali.