A sintered titanium porous plate is a specialized component used in PEMFCs (Proton Exchange Membrane Fuel Cells). It is designed to enhance the performance and durability of the fuel cell by providing a porous structure that facilitates the flow of reactants and products.

The sintering process involves compacting titanium powder and subjecting it to high temperatures to bond the particles together. This results in a solid, porous structure with interconnected channels and open pores. The porosity of the plate can be customized to optimize the gas diffusion characteristics and overall performance of the PEMFC.

Products Parameters

Brand	TopTiTech
Materials	pure titanium powder
Filter rating	0.22um-100um
Porosity	25-35%
Length	Generally 5", 10", 20", 30", 40" (customized)
Penetrability	3-800M³/M²hKPa
Working pressure	2.5MPa
Working temperature	≦300℃

Products Features

Sintered titanium porous plate

Sintered titanium porous plate for PEMFC

1.High flow rate, high resistance to high temperatures and pressures.

2. Resilient to the majority of corrosive fluids.

3.Even pore distribution and good air permeability.

4.Stable form and strong component strength.

Products Application

According to their physical and structural characteristics, titanium-sintered porous materials are mostly used for filtering materials, electrodes, heat-transfer materials, catalyst carrier materials, and noise-canceling materials.

Products Processing

What exactly does sintering entail?

It is the process of combining small particles into a single solid without actually melting the material by applying pressure and heat to the mixture. Ceramics, metals, plastics, and a few other types of materials are among the particles that can be sintered together.

This procedure is particularly crucial in creating discrete particles as a unit. You can make sintered metal filters with it.

The high-temperature heating of the compaction contacts causes the constituent materials to fuse together as the materials eventually become wet. The temperature of the furnace, the temperature of the atmosphere, and the temperature of the contacts are all in the heat and are the critical elements of the process.