10um Porous Titanium Plate With Chamfers for PEMFC

https://www.toptitech.com/microporous-filter-components/10um-porous-titanium-plate-with-chamfers-for.html

The 10μm 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 10μm 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 10μm 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 operation, but also ensures product quality and reliability.

 

Application

In PEMFC, fuel and oxygen undergo an electrochemical reaction through a cation exchange membrane to generate electrical energy. However, PEMFCs are very sensitive to impurity particles in the fuel and gas channels, which can cause membrane clogging, electrode deactivation, or other performance issues.

 

At this time, the 10um porous titanium plate comes into play. It is used as a high-performance filter in PEMFC systems to effectively filter and block tiny particulate matter such as impurities, dust and particulate pollutants through its precise 10um pore size. This ensures clean fuel and gas channels, maintaining good electrode reactions and membrane performance.

 

By using 10um porous titanium plates for filtration, the PEMFC system can achieve more stable and reliable operation and extend the life of key components such as cation exchange membranes and electrodes. It provides a clean working environment that minimizes the negative impact of particulate matter on PEMFC performance.