The 10-micron pore size titanium getter is a porous absorption material produced by sintering titanium powder. Its production process undergoes precise design and control to ensure outstanding absorption performance and catalytic effects in the final product.

As a novel material with excellent absorption capabilities and catalytic effects, the titanium getter demonstrates significant potential across various fields, contributing substantially to the advancement of hydrogen energy, chemical industry, and environmental technology.

Products Specifications

Material	Gr1 Titanium
Filtration grade/Pore size	10um
Diameter	6mm
Length	4mm
Technique	Sintering

Products Features

Outstanding Absorption Performance: The titanium getter, composed of a porous structure, exhibits exceptional absorption capabilities, efficiently adsorbing gas molecules.

Excellent Catalytic Effects: Titanium, as a catalyst, facilitates reactions between gases and solids, enhancing reaction rates and lowering activation energy.

High Temperature Resistance: The titanium getter maintains high thermal stability, even in elevated temperature environments, making it suitable for applications in various industrial conditions.

Environmental Sustainability: Produced using titanium powder, the titanium getter boasts good environmental qualities, aligning with principles of sustainability and garnering increasing attention.

applications

Hydrogen Energy Sector: Widely utilized in the hydrogen energy industry, the titanium getter is employed in hydrogen storage material preparation and catalytic hydrogen absorption, enhancing the efficiency of hydrogen energy utilization.

Chemical Industry: In the chemical sector, the titanium getter serves as a catalyst carrier for gas-phase catalytic reactions, improving reaction efficiency and playing a crucial role in gas separation and purification.

Environmental Protection: Acting as an adsorbent in waste gas treatment, the titanium getter effectively removes harmful gases, purifying the air and contributing to environmental cleanup.

New Material Development: In the research and development of new materials, the titanium getter serves as a vital reaction catalyst or template, aiding in the synthesis of materials with specific structures and expanding material application areas.

Products Process

Pcocess

Raw Material Preparation

The first step in producing the titanium getter involves preparing raw materials. Typically, high-purity titanium powder is used as the primary material to ensure the quality and performance of the final product.

Mixing and Molding

The high-purity titanium powder is uniformly mixed with suitable additives to adjust the material's pore structure and mechanical properties. The mixed powder is then molded using processes like pressing or injection molding to achieve the desired shape and structure.

Sintering Treatment

The molded titanium powder compact undergoes sintering treatment. In controlled high-temperature environments, the titanium powder compact gradually sintered into a solid porous structure, forming the basic framework of the titanium getter.