Hot rolling, cold rolling. 1000*2000.
Titanium and titanium alloy plate Specification: ASTM B265, ASTM F67, ASTM F136, AMS & MIL Grade: Gr1, Gr2, Gr3, Gr4, Gr5, Gr6, Gr7, Gr9, Gr10, Gr11, Gr12 Condition: R & M Dimension (mm): Thickness (0.4-0.7) * Width 700 * Length 2100 Thickness (0.8-4.0) * Width 1200 * Length 3500 Thickness (5.0-50) * Width 1500 * Length 4000 Thickness (60-120) * Width 1500 * Length 3000.
Material : TA2,TA3,Gr2,Gr3 Use: Medical Size: 0.5*(300-500)*(1000-2000)mm Tolerance: +/-0.03 Woodencase or as customer's requirement.
C.P.Ti,Ti-6Al-4V, Ti-6Al-4V ELI.Ti-6242,Ti-15333,Ti-3Al-2.5V,Ti-0.2Pd,Ti-38644 and Ti-0.3Mo-0.8Ni etc. according to ASTM, AMS,ASME,MIL,DMS,JIS specification respectively. Thickness(mm) Width(mm) Length(mm) Deliver Condition 0.6-
Titanium plate
Titanium plate
ASTM B265,AMS 4911 PLYWOOD CASES
Titanium plates and sheets produced by Luoyang Shunyi Titanium Industry Co., Ltd are a diverse assortment, with various dimensions and specifications. Hot-rolled plate/sheet thickness: 4-100 mm Hot-rolled plate/sheet width x length: 2500 x 6000 mm Cold-rolled plate/sheet thickness: 0.2 - 3 mm Cold-rolled plate/sheet width x length: 500 x 2500-6000
Pure titanium foil /rolled plate Grade: 1,2,3,4 for industry use . Standard: ASME SB265,ASTM B265,AMS 4911,AMS 4907. Dimension: Thk. 0.03-0.5 X coil /
Pure titanium plate with light quanlity is suitable for using in the fields of Aerospace industry, marine industrial machinery, etc. Pure titanium plate has many characters that one of the most significant feature is the excellent corrosion resistance--far superior to stainless steel. It employs a lot of technologies in the production process, such as: hot forging, hot rolled, cold rolled, annealing and pickling. We mainly supply: CP titanium plate & sheet CP grade 2 titanium plate & sheet ASTM B265 titanium plate & sheet Customized non-standard size titanium plate
Titanium tube plate is mainly used in chemical industry.
Product name: Titanium sheet Material grade: Gr1, Gr2, Gr4, Gr5,Gr7, Gr9, Gr23, TI-6Al4v, Certificate: ISO9001:2008,TUV, material test certificate EN10204.3.1 Standard: ASTM B265,ASME SB265,AMS4911,ASTM F136,ASTM F67 Tehnique: Hot/cold rolled Surface: Acid wash,polished Thickness:0.3-100mm Width:20-1220mm Length:500-6000mm
Name Titanium Sheet / Titanium Plate Standard ASTM, AMS, ISO, GB/T Grade Commercially Pure and Alloys Dimension Cold Rolled: THK 0.5~5.0 Hot Rolled: THK 5.0~60 Condition Annealed Surface Polished or Pickled Application Chemical Industry, Petroleum Industry, Nuclear Power Industry, Marine Industry, Electrolytic Industry etc. Certificate ISO 9001:2008, MTC or The Third Party
Platinum-coated titanium bipolar plates are essential components in fuel cells, where titanium serves as a sturdy base material and platinum is applied as a thin layer to enhance electrical conductivity and catalytic activity. These plates play a vital role in facilitating electrochemical reactions within fuel cells, particularly in proton exchange membrane fuel cells (PEMFCs), by providing a durable and efficient platform for electricity generation. The combination of titanium's corrosion resistance and platinum's catalytic properties ensures improved performance, longevity, and reliability in harsh electrochemical environments, making them integral to the efficiency of fuel cell systems. Specifications: Material: pure titanium, titanium alloy, or others. Size: 54*54*20mm, customized according to the drawings Coating: Platinum Coating thickness: 1 micron Coating area: All sides Type: Etching / Chemical Machining, Other Machining Services Surface: Smooth and flat surface Advantages of platinum-coated titanium bipolar plates in fuel cell applications: 1. Enhanced Catalyst Activity: The platinum coating on the titanium bipolar plates serves as a catalyst, promoting the necessary electrochemical reactions within the fuel cell. This leads to increased efficiency and improved overall performance of the fuel cell system. 2. Reduced Overpotential: Platinum-coated titanium bipolar plates help lower the overpotential required for various electrochemical reactions, which translates to more efficient conversion of chemical energy into electrical energy within the fuel cell. 3. Improved Heat Dissipation: The thermal conductivity of titanium combined with the catalytic properties of platinum allows for effective heat dissipation during fuel cell operation, contributing to the overall thermal management of the system. 4. Longevity and Durability: The corrosion-resistant nature of titanium, augmented by the protective platinum coating, enhances the durability and longevity of the bipolar plates, resulting in a longer service life for the fuel cell system. 5.Environmental Benefits: By enabling the efficient conversion of chemical energy into electricity, platinum-coated titanium bipolar plates contribute to the reduction of greenhouse gas emissions and help promote environmentally friendly energy generation.
GR1 titanium plate is a high-purity titanium material extensively employed in diverse fields. GR1 represents the grade or material level of the titanium alloy, also identified as pure titanium Grade 1. It comprises pure titanium with a purity exceeding 99.5%, making it among the purest commercially available titanium. GR1 titanium plate displays exceptional physical and chemical properties. Additionally, it exhibits favorable thermal conductivity and a low coefficient of thermal expansion, ensuring stability in high-temperature environments. This enables it to endure stress under conditions of elevated temperature and pressure while preserving its structural integrity and performance. Commercial Pure Titanium (also referred to as CP Ti or commercial pure titanium) is commonly employed in grades GR1 (TA1) and GR2 (TA2). It is a dense titanium metal with at least 99% titanium content with minor impurities including iron, carbon, oxygen, nitrogen, and hydrogen. Among these impurities, oxygen, nitrogen, and iron exert the most significant influence on the mechanical properties of pure titanium, with oxygen being particularly impactful. Even a 0.01% oxygen content can substantially enhance its strength. The interaction between hydrogen and titanium is reversible, and the primary effect of hydrogen on titanium's performance is "hydrogen embrittlement." Consequently, it is typically mandated that the hydrogen content does not exceed 0.015%. Commercial pure titanium generally contains 0.03%-0.08% oxygen and 0.03%-0.05% nitrogen. Specification: Size:100*100*1.0mm Grade: GR1 Standard: ASTM B265 Surface Finishes: Brushed What are the surfaces of titanium plates? The surface of titanium plate can be treated and processed differently, with the following common surface treatments: 1. Untreated surface: The original surface of titanium plate is usually untreated and keeps its natural state. This surface usually has a smooth metallic luster. 2. Pickled surface: Titanium plate can be pickled to remove surface oxides and impurities to improve its purity and surface quality. Pickled surface is smoother and cleaner, suitable for applications with high surface requirements. 3. Polished surface: The surface of titanium plate can be polished by mechanical or chemical methods to give it a very smooth and mirror-like appearance. Polished surface is widely used in decoration, electronics and high-end industrial fields. 4. Anodized surface: Anodized surface of different colors and textures can be obtained by forming an oxide layer on the surface of titanium plate. This treatment method can increase the corrosion resistance of titanium plates and provide more decorative options. 5. Sandblasting surface: Through high-pressure sandblasting, a fine grit effect can be formed on the surface of titanium plates. Sandblasting surfaces are often used to increase the roughness of titanium plates, provide better adhesion, or for decorative purposes.
TOPTITECH has developed the thinnest porous titanium plate on the market for use as an anode diffusion layer in standard PEM electrolysers. Metallic or titanium-based electrodes serve as the flow field or diffusion material in standard PEM electrolyzers, particularly on the oxygen (anode) side, to ensure improved mass transport and a compact design. The use of carbon-based gas diffusion layers (GDLs) is not viable at the anode due to immediate carbon oxidation to CO2 (under acidic conditions) or carbonate ions (under basic conditions). To address this limitation, the titanium porous transfer layer emerges as an optimal choice for the diffusion medium. Additionally, the titanium porous transfer layer facilitates electrical connectivity between the anode catalyst layer and the bipolar plate or current collector component. Specification Material: Pure Titanium powder Thickness: 0.1mm Porosity: Above 60% Pore size: 60 microns Size: Customized Technique: Sintering Features: 1. Porous Structure: The ultra-thin titanium plate features a precisely engineered porous structure, resulting in a high surface area-to-volume ratio. This unique design allows for efficient gas diffusion and electrolyte flow, enhancing the electrochemical reactions within the electrolyser. 2. Ultra-Thin Design: With its ultra-thin profile, the plate minimizes the electrical and mass transfer resistance, improving the overall efficiency of the PEM electrolyser. Its thinness also enables compact and lightweight electrolyser designs. 3. High Purity Titanium: The plate is made from high-purity titanium, ensuring excellent corrosion resistance and long-term durability in harsh electrolysis environments. It maintains its structural integrity and performance even under high current densities and extended operating periods. 4. Customizable Specifications: The ultra-thin porous titanium plate can be tailored to specific dimensions, including length, width, and thickness, to suit various PEM electrolyser configurations and designs. Applications: 1. Hydrogen Production: The ultra-thin porous titanium plate is primarily used as the cathode and anode electrodes in PEM electrolysers for hydrogen production. Its high surface area and efficient gas diffusion properties promote the electrolysis of water, resulting in the generation of high-purity hydrogen gas. 2. Energy Storage: The plate can also be employed in energy storage systems, particularly in regenerative fuel cells. It facilitates the conversion of electrical energy into chemical energy by allowing efficient hydrogen production during the charging phase and subsequent power generation during the discharging phase. 3. Research and Development: The ultra-thin porous titanium plate finds applications in academic and industrial research laboratories for studying electrochemical reactions, testing new catalysts, and optimizing the performance of PEM electrolysers.
The square porous titanium plate is manufactured using advanced sintering technology, which results in a highly porous structure with interconnected channels and a large surface area. The porous structure of titanium plates allows for effective gas permeation and rapid exchange of gases. The interconnected network of pores provides a large surface area for gas interactions, promoting efficient gas diffusion and ensuring uniform distribution across the entire plate. This characteristic is particularly beneficial in applications where optimized gas diffusion is critical, such as fuel cells, electrolyzers, and gas purification systems. The compatibility of porous titanium plates with various gases further expands their utility. They find extensive use in industries such as fuel cells, electrolyzers, metal-air batteries, and gas purification systems, where efficient gas diffusion is crucial for optimal performance. Specifications: - Porosity: 30% to 40% - Pore Size: 5 microns - Dimensions: 50 mm x 50 x 1mm - Surface Coatings: Optional coatings such as platinum can be applied to enhance catalytic properties. Features: 1. High Gas Diffusion Efficiency: The porous structure ensures excellent gas diffusion and enables rapid exchange of gases. 2. Corrosion Resistance: Titanium is known for its excellent corrosion resistance. The porous titanium plate can withstand exposure to corrosive environments, making it suitable for applications where contact with aggressive substances is expected. 3. Mechanical Strength: The sintering process used to manufacture the porous titanium plate results in a structurally robust material. It possesses good mechanical strength, ensuring durability and reliability even under challenging operating conditions. 4. Customizability: The parameters of the porous titanium plate, such as pore size distribution and porosity, can be tailored to specific application requirements. This allows for the optimization of gas diffusion characteristics, ensuring optimal performance in various industries. 5. Compatibility: The porous titanium plate is compatible with a wide range of gases, making it suitable for diverse applications. It finds use in industries such as fuel cells, electrolyzers, metal-air batteries, and chemical processing, where efficient gas diffusion is essential. Applications: - Fuel Cells: The porous titanium plate serves as a gas diffusion layer in proton exchange membrane fuel cells (PEMFCs) and solid oxide fuel cells (SOFCs). - Electrolyzers: It is used in water electrolysis systems for efficient gas diffusion during hydrogen production. - Metal-Air Batteries: The plate enhances oxygen diffusion in metal-air battery systems, improving their performance. - Environmental Protection: The plate finds applications in air filters, gas purifiers, and exhaust gas treatment systems. - Chemical Processing: It is utilized in gas-liquid contactors, catalytic reactors, and gas sensors.
Crafted from high-quality titanium, the 20um Porous Titanium Plate for Electrolytic Cells exhibits excellent corrosion resistance, ensuring a long lifespan even in harsh and corrosive environments. Its outstanding mechanical strength and stability enable it to withstand high temperatures and pressures, making it suitable for a wide range of operating conditions. The 20um pore size of our titanium plate ensures optimal gas and liquid flow, maximizing the efficiency of your electrolytic process. It provides a large surface area for effective electrochemical reactions, resulting in improved product yields and reduced energy consumption. Whether you're involved in water electrolysis, electroplating, or any other electrolytic process, our porous titanium plate is the ideal choice for achieving superior results. Our 20um Porous Titanium Plate for Electrolytic Cells is meticulously engineered to deliver consistent and uniform porosity throughout its surface. This uniformity guarantees reliable and predictable performance, allowing for precise control over your electrolytic processes. Additionally, its thin and lightweight design provides ease of handling and installation, minimizing downtime and optimizing productivity. Parameter Material: titanium powder Length: 250mm Width: 95mm Pore size: 20um Hole diameter: 7mm Coating: Can be coated with platinum, ruthenium-iridium, iridium-tantalum coating upon request Features Enhanced Efficiency: The 20�¼m pore size enables efficient gas and liquid flow, improving mass transfer rates and reducing energy consumption. Superior Corrosion Resistance: Crafted from high-quality titanium, the plate offers exceptional resistance to corrosion, ensuring durability in challenging environments. Optimal Mechanical Strength: Maintains excellent mechanical strength, withstanding high temperatures and pressures for reliable performance. Uniform Porosity: Provides consistent electrochemical performance and precise control over electrolytic processes. Versatility: Suitable for various electrolytic applications, catering to different industries' needs. Lightweight and Easy Handling: The thin and lightweight design allows for easy installation and reduces downtime during maintenance.
The OD 150mm 20um Titanium Aeration Head for Ozone Sparger is a cutting-edge product designed for efficient ozone aeration in water treatment systems. With a diameter of 150mm, this aeration head is crafted from high-quality titanium material, ensuring excellent durability and corrosion resistance. The 20um porous structure of the aeration head allows for the dispersion of fine ozone bubbles into the water, facilitating effective mass transfer and maximizing the ozone's oxidation potential. This innovative aeration head is specifically engineered to enhance the efficiency of ozone sparging processes, making it an ideal choice for various applications in water treatment, wastewater treatment, and industrial processes. Its robust construction and use of high-grade titanium material guarantee long-term performance and resistance to corrosion. The precisely designed 20um porous structure enables the aeration head to disperse ozone bubbles efficiently, promoting superior mass transfer and optimizing oxidation performance. With its numerous advantages, the OD 150mm 20um Titanium Aeration Head for Ozone Sparger is a reliable solution for achieving efficient ozone dissolution and maximizing treatment efficiency in diverse water treatment. Parameter Material: GR1 titanium Diameter: 150mm Pore size: 20um Connection: Threaded interface Technique: Sintering and Welded (no adhesives) Features High-quality titanium material: This aeration head is made of high-quality titanium material, which has excellent durability and corrosion resistance. Titanium material has good resistance to chemicals and corrosive substances in the water treatment environment, ensuring long-term reliable operation of the aeration head. 20um porous structure: The surface of the aeration head has a 20 micron porous structure. Through these tiny holes, oxygen or ozone gas can enter the water body through the aeration head. In this way, the aeration head can generate a large number of fine bubbles, increase the contact area between the bubbles and the water body, and promote the gas mass transfer process. Efficient mass transfer: Due to the existence of the 20um porous structure, small bubbles can be evenly dispersed in the water and come into contact with pollutants or organic substances in the water. This increase in contact area effectively promotes the reaction between oxygen or ozone and pollutants in water, improves mass transfer efficiency, and enhances oxidation capacity. Wide range of applications: The design and features of this aeration head make it suitable for use in a variety of water treatment systems, including water treatment plants, wastewater treatment plants and industrial process applications. It can be used in a variety of water treatment methods such as oxygenation, ozone aeration, and air flotation systems, providing reliable and efficient solutions for water treatment needs in different fields.
The 10m Porous Titanium Plate with Chamfers for PEMFC is a high-performance filter designed specifically for Proton Exchange Membrane Fuel Cells (PEMFC). With its dimensions of 50*50mm and exceptional precision, this product fulfills the stringent filtration requirements of PEMFC systems. Featuring a precise 10�¼m pore size, the porous titanium plate effectively removes fine particulate matter, ensuring the stable operation of the fuel cell system. Made from high-quality materials and manufactured with precision, this filter guarantees excellent filtration performance and a long lifespan. In terms of design, the 10�¼m Porous Titanium Plate with Chamfers offers two options for chamfered edges: semi-circular and straight-edged. These design choices not only facilitate convenient installation and removal but also prioritize the safety of operators and equipment by eliminating sharp edges. Whether employed in research laboratories or industrial applications, this filter serves as an ideal choice for PEMFC filtration. By efficiently filtering out fine particulate matter, it creates a clean working environment for fuel cells. Parameter Material: titanium powder Thickness: 0.5mm Size: 50*50mm Pore size: 10um Chamfers: customized by requirements Features High precision: The product has excellent 10um precision and can effectively filter out the tiny particulate matter required by PEMFC. Long-lasting and durable: Using high-quality materials and precision manufacturing processes to ensure excellent performance and long life of the product. Safety design: The chamfer design provides two options, semi-circular and straight edge types, which facilitates installation and disassembly and prevents sharp edges from causing harm to operators or equipment. Wide application: Whether in research laboratories or industrial applications, this product is ideal for PEMFC filtration. Clean environment: It can efficiently filter tiny particulate matter and provide a clean working environment for fuel cells. Chamfering process For semi-circular chamfers, we use suitable tools, such as filleting tools or sheet metal processing machines, to weaken, cut and trim the edges to give them a smooth, rounded shape. For straight-edge chamfers, we use cutting or cutting tools in the process to precisely cut and trim the edges to form a straight-line chamfer. We attach great importance to safety and precision when performing chamfering operations. We ensure the chamfering process is completed using the proper tools and equipment, as well as experienced operators, to ensure a smooth and consistent edge. The design and processing of chamfers help facilitate installation and removal while eliminating the dangers that may arise from sharp edges. Such a design not only improves the convenience and safety of operations but also ensures product quality and reliability.
