Product Details
Developed through advanced textile technology and precision engineering, the high-efficiency ultra fine porous titanium fiber felt is made from ultra-fine titanium fibers, which are woven into a felt-like structure.
This advanced composite material is derived from an intricate manufacturing process, leveraging the unique properties of titanium to create a felt-like structure with unparalleled porosity and filtration efficiency. The high-efficiency ultra fine porous titanium fiber felt offers a high surface area-to-volume ratio, exceptional durability, and customizable pore sizes, which make it ideal for a variety of applications where precision and reliability are paramount.
Features
1. Ultrafine pore structure - The defining characteristic of this material lies in its ultra-fine porous nature. By using electrospinning or other advanced fiber-forming techniques, nanoscale titanium fibers are woven into a felt matrix with a highly uniform and controlled pore size distribution. This can range from submicron to several microns, allowing it to capture particles and contaminants at a level unattainable by conventional filters.
2. Exceptional porosity - With a porosity typically exceeding 80%, the Titanium Fiber Felt provides a vast interconnected network of pores. This not only enhances its filtration efficiency but also minimizes flow resistance, thereby reducing energy consumption during filtration processes.
3. Strength and durability - Despite its porous nature, the sintering process ensures that the titanium fibers bind firmly together, creating a robust and stable structure that withstands mechanical stress, thermal fluctuations, and chemical corrosion over long periods.
4. Biocompatibility - Titanium's well-known biocompatibility makes this material suitable for medical and biological applications, including filtering blood, pharmaceutical solutions, or water purification systems where purity standards are stringent.
5. Customizability - One of the key advantages of the ultra fine porous titanium fiber felt is its ability to be tailored to meet specific requirements. Pore size, thickness, and overall dimensions can be adjusted to accommodate various filtration needs, whether they involve fine particulate removal, microorganism retention, or molecular sieving.
Parameters
Porosity : 50% to 80%
Thickness : 0.2 mm - 2 mm or customized
Size : Customized
Color : Light gray
Technique : Sintered
Place of Origin : Henan, China
Applications
1. Pharmaceutical industry - In drug manufacturing, the felt is used for sterilizing filtration, clarification of biological fluids, and purifying active pharmaceutical ingredients (APIs).
2. Environmental protection - It plays a crucial role in water treatment, wastewater filtration, and air pollution control systems, effectively removing impurities and pollutants down to the smallest particle sizes.
3. Microelectronics - In semiconductor manufacturing, it aids in the filtration of chemicals and gases, ensuring ultra-high purity levels required in chip production.
4. Aerospace - For aerospace applications, it is used in fuel and hydraulic fluid filtration systems, providing reliable performance under demanding conditions.
5. Medical devices - In medical fields like dialysis, artificial organs, and implantable devices, it serves as a critical component in filtration systems that require high biocompatibility and low contamination risk.
Advantages
1. Efficient filtration - The large surface area coupled with the fine-pore structure enables efficient filtration of both suspended solids and dissolved substances, offering superior performance compared to many other filtration materials.
2. Reusability - Due to its robustness and cleanability, the high-efficiency ultra fine porous titanium fiber felt can often be cleaned and reused multiple times without significant loss of filtration effectiveness, contributing to cost savings and sustainability efforts.
3. Chemical resistance - Titanium’s inherent chemical inertness allows the felt to resist attack from a broad spectrum of chemicals, acids, alkalis, and solvents, making it ideal for use in harsh environments such as chemical processing plants, waste treatment facilities, and petrochemical industries.
