low density high specific strength strong corrosion resistance strong anti-dumping property non magnetic,non toxic high yield ratio good performance on heat transfer low modulus of elasticity excellent absorbing behavior
Titanium dioxide.
Titanium anode, titanium pipe, titanium wire, titanium plate, titanium ring, titanium sheet, titanium electrolytic, electrolytic cell.
titanium,zirconium,nickel,nickel alloy,copper amd Titanium steel composite plate.
Titanium bars, titanium forgings, titanium rings, titanium discs, titanium blocks, titanium alloys.FOB, CIF, T/T And L/C.
Application Fields : Titanium Anodes for Copper foil production Titanium Anodes for Chlor Alkali Cells Titanium Anodes for Chlorine Dioxide Cell Titanium Anodes for Caustic Potash Titanium Anodes for Water Electrolysis Titanium Anodes for Sewage Treatment Titanium Anodes for Cathodic Protection.
5um micro 316L stainless steel sparger is a device used in various industrial processes to introduce gas into a liquid. It consists of a porous metal disc or tube made from stainless steel that is placed at the bottom of a vessel containing the liquid. The sparger is designed to allow gas to flow through its porous surface and into the liquid, creating bubbles that help to mix the gas and liquid. 5um micro 316L stainless steel sparger uses 316L powder as raw material and is produced by sieving, molding, sintering and other processes. They are commonly used in the production of pharmaceuticals, biotechnology, and food and beverage industries, where they are used to introduce gases such as oxygen, nitrogen, or carbon dioxide into liquids for various purposes, including fermentation, aeration, and mixing. They can also be used in wastewater treatment, chemical processing, and oil and gas production. Parameters Material: 316L powder Size: �¦25*30.4mm Pore size:5um Features High resistance to corrosion: known for its high resistance to corrosion, which makes it ideal for use in harsh environments where other materials may degrade quickly. High temperature resistance: can withstand high temperatures, making them suitable for use in applications where high-temperature gases and liquids are involved. Efficient gas transfer: allows for efficient gas transfer, resulting in higher process yields and reduced production costs. Compatibility with different gases: compatible with a wide range of gases, including oxygen, nitrogen, and carbon dioxide, making them suitable for use in a variety of applications. Applications Fermentation: In the production of beer, wine, or other fermented beverages, sintered stainless steel spargers are used to introduce oxygen or other gases into the liquid to help promote the growth of yeast and other microorganisms. Aeration: In wastewater treatment plants, sintered stainless steel spargers are used to introduce air or oxygen into the water to help break down organic compounds and reduce the level of pollutants. Chemical processing: In the chemical industry, sintered stainless steel spargers are used to introduce gases into chemical reactions to promote mixing and improve reaction rates. Oil and gas production: In the oil and gas industry, sintered stainless steel spargers are used to introduce gases such as nitrogen or carbon dioxide into oil wells to help increase production rates. Biotechnology: In biotechnology applications, sintered stainless steel spargers are used to introduce gases into cell cultures to promote growth and improve the efficiency of bioprocessing. Food and beverage production: In the food and beverage industry, sintered stainless steel spargers are used to introduce gases such as carbon dioxide into beverages to create carbonation and improve flavor.
Product Introduction 5um micro 316L stainless steel sparger is a device used in various industrial processes to introduce gas into a liquid. It consists of a porous metal disc or tube made from stainless steel that is placed at the bottom of a vessel containing the liquid. The sparger is designed to allow gas to flow through its porous surface and into the liquid, creating bubbles that help to mix the gas and liquid. 5um micro 316L stainless steel sparger uses 316L powder as raw material and is produced by sieving, molding, sintering and other processes. They are commonly used in the production of pharmaceuticals, biotechnology, and food and beverage industries, where they are used to introduce gases such as oxygen, nitrogen, or carbon dioxide into liquids for various purposes, including fermentation, aeration, and mixing. They can also be used in wastewater treatment, chemical processing, and oil and gas production. Parameters Material: 316L powder Size: �¦25*30.4mm Pore size:5um Features High resistance to corrosion: known for its high resistance to corrosion, which makes it ideal for use in harsh environments where other materials may degrade quickly. High temperature resistance: can withstand high temperatures, making them suitable for use in applications where high-temperature gases and liquids are involved. Efficient gas transfer: allows for efficient gas transfer, resulting in higher process yields and reduced production costs. Compatibility with different gases: compatible with a wide range of gases, including oxygen, nitrogen, and carbon dioxide, making them suitable for use in a variety of applications. Applications Fermentation: In the production of beer, wine, or other fermented beverages, sintered stainless steel spargers are used to introduce oxygen or other gases into the liquid to help promote the growth of yeast and other microorganisms. Aeration: In wastewater treatment plants, sintered stainless steel spargers are used to introduce air or oxygen into the water to help break down organic compounds and reduce the level of pollutants. Chemical processing: In the chemical industry, sintered stainless steel spargers are used to introduce gases into chemical reactions to promote mixing and improve reaction rates. Oil and gas production: In the oil and gas industry, sintered stainless steel spargers are used to introduce gases such as nitrogen or carbon dioxide into oil wells to help increase production rates.
Microporous CO2/O2 gas diffusion sintered metal spargers introduce gases into liquids through the thousands of pores in the medium. The spargers and diffusers are extremely efficient and introduce higher number and extremely fine bubbles as compared to the drilled pipes. With this effective sparging procedure, the gas turns into liquid fairly quickly. TOPTITECH can customise the sintered powder porous metal spargers and diffusers as customerâ??s requirements. The spargers work with various gases like nitrogen, oxygen and carbon dioxide. Parameters Material: SUS304 SUS316L Technique: Powder Sintered Porosity: 30%-45% Pore size: 0.5-100um Advantage: High Porosity And Permeability Application: Petrochemical, Food, Beer, Pharmaceutical Features The size of bubbles produced by the porous CO2/O2 gas injecting sintered metal sparger diffuser can be easily adjusted by selecting from a range of available media pore sizes. The sintered metal sparger diffuser is constructed using temperature and corrosion-resistant materials, ensuring durability and longevity. This sparger diffuser features a high-quality, all-welded, robust construction that is designed to withstand the rigors of industrial applications. The smaller sparging elements of this diffuser result in higher diffusion rates, making it an efficient and effective solution for injecting CO2/O2 gases. Applications Wastewater Treatment: This diffuser is used in wastewater treatment plants to inject oxygen into the water, promoting the growth of� aerobic bacteria� that break down organic matter. Fermentation: In the brewing and wine-making industries, this sparger diffuser is used to inject carbon dioxide into the� fermentation� tanks, creating the desired level of carbonation. Chemical Processing: This diffuser is used in chemical reactors to inject gases such as oxygen or nitrogen, promoting chemical reactions and increasing efficiency. Aquaculture: In fish farms, this sparger diffuser is used to inject oxygen into the water, promoting fish growth and health.
Product Introduction In bioreactor systems, achieving optimal mass transfer of gases such as oxygen or carbon dioxide can be challenging. This is particularly true for oxygen, which is poorly soluble in water and even less so in cell culture and fermentation broths. While agitation is commonly used to mix nutrients and ensure homogeneity of the cell culture or fermentation, there are limits to agitation speed due to high power consumption and potential damage to organisms resulting from excessive tip speed. Agitation alone is insufficient for achieving adequate mass transfer. However, by incorporating a porous metal sparger, mass transfer rates can be significantly increased in this type of equipment. Optimal mass transfer rates can be accomplished by introducing gases into stirred or unstirred reactor vessels via millions of small bubbles, which expands the gas-to-liquid contact surfaces. Parameter Pore size: 0.2-100 microns Dia: 5-300mm Length: 10-1000mm Porosity: 30-50% Operating temperature: up to 600C Maximum pressure: up to 10 bar
TOPTITECH stainless steel carbonation stones, not truly stones, are predominantly crafted from porous stainless steel 316L, also known as 'Air Stones'. These stones are commonly employed to aerate wort before fermentation, ensuring a robust start to the fermentation process. Constructed from top-tier food-grade stainless steel material 316L, TOPTITECH carbonation stones boast healthiness, practicality, durability, high-temperature resistance, and corrosion resistance. They offer easy cleaning and remain intact in beer or wort post-use. These stainless steel carbonation stones from TOPTITECH are well-suited for force carbonating beer, making them an excellent choice for kegged beer carbonation or as an aeration stone pre-fermentation. Professionals use stainless steel carbonation stones to carbonate beverages such as beer, champagne, or sparkling meads with carbon dioxide. The micron stainless steel carbonating stone accelerates beer carbonation, producing a long-lasting head due to the creation of smaller bubbles. It rapidly infuses beer/soda water with CO2 or O2 by passing the gas through millions of tiny stone pores, effectively dissolving it into the liquid, enriching the mouthfeel of your beer or soda water. Specification: Material: stainless steel 316L Pore size: 1um External diameter: 20mm Length: 270mm Connection: 3/8" thread on both sides Advantage: 1. Enhancing yeast health: By inserting the oxygenation wand into the fermenter and introducing thousands of minute oxygen bubbles for 1-2 minutes, yeast vitality increases, leading to the production of exceptional flavors and ensuring complete fermentation. Yeast thrives in an environment devoid of bacterial competition, ensuring both quality fermentation and a bacteria-free end product. 2. Enhanced Carbonation Control: Stainless steel filters provide brewers with precise control over the carbonation levels in beer, ensuring consistent quality and desired effervescence. 3. Enhanced Efficiency: Stainless steel filters used as carbonation stones offer enhanced efficiency in the carbonation process compared to traditional methods. The micro-pores in the stainless steel allow for a finer dispersion of carbon dioxide bubbles, resulting in more effective and controlled carbonation. 4. Consistent Carbonation: One of the key benefits of using stainless steel filters as carbonation stones is the ability to achieve consistent carbonation levels in every batch of beer produced. This consistency is crucial for maintaining the desired flavor profile and mouthfeel of the beer.
The raw material of the porous titanium plate for hydrogen production by PEM water electrolysis is pure titanium powder, formed by pressing the mold and sintered at high temperature in a vacuum. Product Parameters Filtration accuracy: 0.5um-50um Porosity: 30-40% Permeability: 3-800m3/m2hkPa Compressive strength: 2-3Mpa Temperature resistance: 300â?? Maximum working pressure difference: 0.6Mpa Features 1. Strong temperature resistance, typical application at temperatures below 300 C;High filtration precision, stable pores, can effectively remove suspended solids and particles, etc., and the purification effect is good; 2. Good air permeability and low pressure loss. High porosity, uniform pore size, low initial resistance; 3. Easy to blow back, can be regenerated online, easy to clean, strong regeneration ability, long service life; 4. High mechanical strength, good rigidity, good plasticity, no need for additional skeleton support protection, easy to install and use; 5. Easy maintenance, good assembly, can be welded, bonded and machined; 6. Uniform pores, especially suitable for occasions requiring high uniformity such as fluid distribution and homogenization treatment; 7. Good corrosion resistance, can be used in nitric acid, sulfuric acid, acetic acid, oxalic acid, phosphoric acid, 5% hydrochloric acid, molten sodium. Stable use in liquid hydrogen, liquid nitrogen, hydrogen sulfide, acetylene, water vapor, hydrogen, carbon dioxide gas and other environments.
The SUS 316L micro air sparger and brewing diffuser elements offer exceptional gas dispersion capabilities, durability, and versatility. Their applications span across various industries, including brewing, water treatment, pharmaceuticals, biotechnology, and chemical processing. Parameters Material:316L Technique:sintering Size:as drawing Temperature resistance: â?¤600â?? Application: for carbonation of beer, as an aeration stone prior to fermentation and as ozonation stone Features Enhanced Gas Dispersion Efficiency Engineered to provide exceptional gas dispersion efficiency. The sintered stainless steel material ensures uniform and controlled gas distribution, resulting in fine bubbles that maximize contact between gas and liquid. Durable and Corrosion-Resistant Construction Manufactured using high-quality stainless steel 316L, these air spargers and diffusers offer excellent durability and corrosion resistance. The sintered structure provides robustness, ensuring longevity even in harsh operating conditions. Versatile Design The micro air sparger and brewing diffuser carbonation ozone bubble stone are available in various shapes, sizes, and configurations, allowing flexibility in installation and usage. Easy Maintenance and Cleaning The non-porous nature of the sintered material minimizes clogging and fouling, ensuring uninterrupted gas flow and optimal performance. Additionally, the smooth surface facilitates effortless cleaning, saving time and effort during maintenance routines. Applications Brewing and Beverage Industry In the brewing industry, the micro air sparger and diffuser carbonation ozone bubble stone find applications in carbonation processes, enhancing the dissolution of carbon dioxide in beverages. The fine bubbles generated by these devices ensure efficient and uniform carbonation, resulting in improved taste, texture, and consistency. Water Treatment In water treatment plants, these air spargers and diffusers play a vital role in various processes such as ozonation and aeration. The uniform dispersion of ozone or air bubbles allows effective disinfection and oxidation, ensuring the removal of contaminants and enhancing water quality. Pharmaceutical and Biotechnology The sintered stainless steel 316L micro air sparger and brewing diffuser carbonation ozone bubble stone are extensively used in pharmaceutical and biotechnology applications. They aid in processes like fermentation, providing optimal oxygen transfer rates and supporting the growth of microorganisms. Chemical Processing In chemical processing industries, these devices facilitate efficient gas-liquid reactions, mass transfer, and mixing. They are employed in applications such as gas sparging, oxidation processes, and pH control, contributing to improved productivity and product quality.
In bioreactor systems, achieving optimal mass transfer of gases such as oxygen or carbon dioxide can be challenging. This is particularly true for oxygen, which is poorly soluble in water and even less so in cell culture and fermentation broths. While agitation is commonly used to mix nutrients and ensure homogeneity of the cell culture or fermentation, there are limits to agitation speed due to high power consumption and potential damage to organisms resulting from excessive tip speed. Agitation alone is insufficient for achieving adequate mass transfer. However, by incorporating a TOPTITECH porous metal sparger, mass transfer rates can be significantly increased in this type of equipment. Optimal mass transfer rates can be accomplished by introducing gases into stirred or unstirred reactor vessels via millions of small bubbles, which expands the gas-to-liquid contact surfaces. Sintered sparger stainless steel is a specialized material commonly used as a gas diffuser in bioreactor systems. This material is made by sintering stainless steel particles to create a highly porous structure with uniform pore size, allowing for efficient gas distribution in bioreactors. Parameter Pore size: 0.2-100 microns Dia: 5-300mm Length: 10-1000mm Porosity: 30-50% Operating temperature: up to 600�°C Maximum pressure: up to 10 bar Feature: Uniform pore size distribution: The sintering process ensures a uniform pore size distribution, which allows for efficient gas distribution and minimizes pressure drop in bioreactor systems. High mechanical strength: Sintered sparger stainless steel has high mechanical strength and can withstand harsh operating conditions, making it ideal for use in a variety of industrial and scientific applications. Chemical resistance: Stainless steel is highly resistant to corrosion and can withstand exposure to a range of chemicals, making sintered sparger stainless steel an ideal material for use in bioreactor systems. High temperature resistance: Sintered sparger stainless steel can withstand high temperatures up to 600�°C, making it suitable for use in high-temperature bioreactor systems. Typical applications: Pharmaceutical industry: Sintered sparger stainless steel is commonly used as a gas diffuser in bioreactor systems for the production of pharmaceuticals, such as vaccines and biologics. Food and beverage industry: Sintered sparger stainless steel is used as a gas diffuser in bioreactor systems for the fermentation of food and beverage products, such as beer and yogurt. Biofuels industry: Sintered sparger stainless steel is used as a gas diffuser in bioreactor systems for the production of biofuels, such as ethanol and biodiesel. Environmental industry: Sintered sparger stainless steel is used as a gas diffuser in bioreactor systems for the treatment of wastewater and other environmental applications.
The raw material of the porous titanium plate for hydrogen production by PEM water electrolysis is pure titanium powder, which is formed by pressing the mold and sintered at high temperature in vacuum. Hydrogen production by water electrolysis is a new energy pillar sunrise industry. The micropore diameter of the porous titanium plate is used to fully react with the medium to produce hydrogen energy. The surface is coated to prevent oxidation and increase the efficiency of hydrogen production. Porous titanium plates are widely used in hydrogen energy, petrochemical, and pharmaceutical filtration, with obvious advantages, and are indispensable products. Product Parameters Filtration accuracy: 0.5um-50um Porosity: 30-40% Permeability: 3-800m3/m2hkPa Compressive strength: 2-3Mpa Temperature resistance: 300 Maximum working pressure difference: 0.6Mpa Features 1. Strong temperature resistance, typical application at temperatures below 300 C;High filtration precision, stable pores, can effectively remove suspended solids and particles, etc., and the purification effect is good; 2. Good air permeability and low pressure loss. High porosity, uniform pore size, low initial resistance; 3. Easy to blow back, can be regenerated online, easy to clean, strong regeneration ability, long service life; 4. High mechanical strength, good rigidity, good plasticity, no need for additional skeleton support protection, easy to install and use; 5. Easy maintenance, good assembly, can be welded, bonded and machined; 6. Uniform pores, especially suitable for occasions requiring high uniformity such as fluid distribution and homogenization treatment; 7. Good corrosion resistance, can be used in nitric acid, sulfuric acid, acetic acid, oxalic acid, phosphoric acid, 5% hydrochloric acid, molten sodium. Stable use in liquid hydrogen, liquid nitrogen, hydrogen sulfide, acetylene, water vapor, hydrogen, carbon dioxide gas and other environments. Applications The porous titanium plate is used as the GDL (gas diffusion layer) of the anode for hydrogen production by water electrolysis in PEM water electrolysis. The pores are uniform and the porosity can be controlled at 30%-40%. Good electrical conductivity and strong corrosion resistance. It can be coated with platinum group metals to enhance its catalytic performance. The cost is relatively high, but the hydrogen production efficiency is high and the purity is high, which is suitable for industrial hydrogen production. Every kind of filter material will be blocked, so it is very important to choose the pore size. If you choose the right pore size, you will have a good filtration efficiency, and the blocking situation will be alleviated. If the blockage is serious, regular replacement can solve this problem.
Getter is a material that can absorb residual miscellaneous gas and water vapor and fix the atmosphere. Its main function is to absorb residual gas and increase the degree of vacuum to ensure a good vacuum state. Titanium sintered porous getter is a non-evaporable room temperature getter material. It has the advantages of high activity and good air absorption at room temperature. After activation, it can quickly and effectively absorb oxygen, nitrogen, hydrogen, carbon monoxide, carbon dioxide, methane, water vapor, etc. Among them, hydrogen absorption is reversible, usually inhaled at 500�°C, and clean hydrogen is released above 500�°C. Does not absorb inert gases such as helium, neon, and argon. The getter can be repeatedly activated and regenerated, and has a long service life. The sintered titanium getter is made of spherical titanium powder as raw material, which is sintered in high temperature vacuum after compression molding. Therefore, it has high porosity and good mechanical strength. Product parameters Product nameï¼?Titanium Sintered Porous Getters Brandï¼?TOPTITECH Materialï¼?Titanium powder Porosity : 30% - 40% Function: Absorb residual gas Size: Customized Product features 1.High gas pumping speeds The material's intricate network of pores offers a sizable surface area for gas molecules to interact with, enabling the getter to efficiently and quickly remove leftover gases. This makes titanium sintered porous getters a well-liked option in situations where high pumping rates are necessary, including in the fabrication of vacuum tubes or semiconductors. 2.Chemical stability The getter does not release the trapped gases back into the vacuum environment when it combines with the remaining gases in the vacuum system, instead creating stable titanium oxide or nitride compounds. As a result, the getter is a good and dependable way to get rid of leftover gases in vacuum systems. 3.Compatibility A variety of vacuum materials, such as glass, ceramics, and metals, are very compatible with titanium sintered porous getters, including these. They may be utilized in a number of vacuum system configurations because to their interoperability, which also makes it simple to integrate them into existing systems. 4.Long lifespan Titanium sintered porous getters have a long lifespan and can keep working efficiently for a long time, decreasing the need for routine upkeep and replacement. They are a practical choice for many vacuum system applications because of their longevity. Product application 1.Getter for high vacuum 2. Getter for vacuum pair glass 3. Getter for ultrahigh purity gas purifying 4. Getter for VIP ( VIP Vacuum Insulation Panel )
The SUS 316L powder sintered small filter element is made of 316L powder pressed through a mold and then sintered at high temperature. It adopts its technology and strictly controls every step of the production process, including powder particle distribution, molding and sintering. It has high mechanical strength, high temperature resistance and corrosion resistance. The SUS 316L powder sintered small filter element has good, uniform pore size distribution, good air permeability, cleanable regeneration, weldable and mechanically processable, etc. By adjusting the powder particle size and process conditions, it is possible to produce porous metal sintered filter elements with a wide range of filtration accuracy. Product parameters Material: 316L, 304 Specifications: OD 8- 37mm Length 10-50mm Accuracy: 1-50 m Temperature resistance: 600 Maximum working pressure difference: 0.6Mpa Application Environment Nitric acid, sulfuric acid, acetic acid, oxalic acid, phosphoric acid, 5% hydrochloric acid, molten sodium, liquid hydrogen, liquid nitrogen, hydrogen sulfide, acetylene, water vapor, hydrogen, coal gas, carbon dioxide gas and other environments Product features 1. Good mechanical properties 2. Stable shape 3. Good air permeability 4. Good chemical stability, high temperature resistance, acid and alkali resistance, fire prevention and anti-static 5. High temperature resistance 6. Uniform bubbles, wide range of gas dispersion, no clogging Product applications 1. Catalyst recovery 2. Gas-liquid filtering and separation in the sectors of fermentation for environmental protection, medicine, beverage, food, metallurgy, and petroleum.3. Dust removal, sterilization and oil mist removal for various gases and steam 4. Noise reduction, flame resistance, gas buffer Craftsmanship The first step is to screen high-quality stainless steel 316L powder particles that meet the requirements according to the needs, and then use a custom-made mold for powder molding. After the molding is completed, put the product into a high-temperature vacuum furnace for sintering, and finally take it out for cooling and demoulding, and finally connect the interface by welding or riveting and then put into use. Filtration principle A sintered metal microporous filter element made of stainless steel is used to separate microscopic particles and filter a variety of materials. The interior is hollow and the wall thickness is uniform. The other end is open with one end shut.The material of the cylindrical cylinder wall is made of stainless steel sintered metal microporous material and make the function of filtration and separation.
