Antibacterial Titanium Powder

Name: 抗菌钛粉
SKU: 1406
Availability: InStock

Category: Functional Powder

Definition and Composition

Antibacterial titanium powder is a functional powder material with antibacterial properties. Its main component is titanium, and it is made by adding specific antibacterial elements (such as silver, copper, zinc, etc.) and using special preparation processes to evenly disperse these antibacterial elements in the titanium matrix, thereby endowing it with antibacterial characteristics.

Physical Properties

The appearance is usually a grayish-white or silvery-gray powder, and the particle size can be controlled according to different production processes and application requirements, generally ranging from micrometers to nanometers. Its texture is relatively delicate, with good dispersibility, and it can be evenly distributed when mixed with other materials. It has a relatively moderate density and is insoluble in common solvents such as water.

Chemical Properties

It has a relatively stable chemical nature and does not easily undergo violent chemical reactions with oxygen, water, and most common chemical substances in the air under normal temperature and pressure and other conventional environmental conditions. However, in extreme chemical environments such as strong acids and bases, a certain degree of chemical reaction may occur. At the same time, due to the addition of antibacterial elements, the chemical activity of these elements will work together with titanium powder in the antibacterial process. For example, silver ions can achieve antibacterial effects by being released and interacting with the cell wall, cell membrane, and internal biomacromolecules of bacteria.

Antibacterial Principle

Its antibacterial action mainly comes from the contained antibacterial elements. Taking silver elements as an example, silver ions will continuously and slowly release from the surface of antibacterial titanium powder. When in contact with bacteria, silver ions can combine with the proteins, enzymes, and other bioactive substances of bacteria, causing them to denature and inactivate, thereby disrupting the normal metabolic processes and reproductive capabilities of bacteria, and ultimately achieving the effect of inhibiting and killing bacteria. Copper, zinc, and other antibacterial elements also have similar antibacterial mechanisms, interfering with the physiological activities of bacteria to achieve antibacterial functions, and the combined action of multiple antibacterial elements often produces a synergistic antibacterial effect.

Safety and Stability

Within the reasonable range of normal use, antibacterial titanium powder is relatively safe. The antibacterial elements it contains, after scientific proportioning and stabilization treatment, will not cause significant harm to human health and the environment. Moreover, its antibacterial performance has good stability and can continuously exert antibacterial effects for a long time. However, with the extension of use time and changes in the environment, the antibacterial effect may experience a certain degree of attenuation. However, through reasonable use and maintenance measures, its relatively stable antibacterial performance can be ensured.

Application Scenarios

Medical Field

Medical Device Manufacturing

It can be added to the surface coatings of various medical devices, such as surgical knives, tweezers, syringes, etc., to inhibit bacterial growth during use, reduce the risk of cross-infection caused by medical devices, and ensure the safety of medical operations. Especially for medical devices that need to be reused, the application of antibacterial titanium powder is of great significance.

Medical Implant Materials

Used to make medical materials implanted in the human body, such as artificial joints, bone nails, dental implants, etc., it can not only provide good biocompatibility and mechanical properties but also reduce the chances of infection at the implant site with its antibacterial function, helping to improve the success rate of implant surgery and promote postoperative recovery of patients.

Hygiene Products Industry

Antibacterial Textiles

By adding antibacterial titanium powder to textile fibers, antibacterial clothing, bedding, towels, and other products can be produced, which can effectively inhibit the growth of common bacteria on clothes, reduce problems such as odors and mildew caused by bacterial reproduction, and provide a healthier and more comfortable wearing and using experience for people, especially suitable for products such as underwear, sportswear, and hospital patient gowns.

Hygiene Wipes and Tissues

Adding antibacterial titanium powder in the production process of wipes and tissues gives them antibacterial functions, which can be used to wipe the skin, surface of objects, etc., and can kill or inhibit bacteria while cleaning, with wide application value in daily life and some special hygiene protection scenarios.

Home Building Materials Field

Antibacterial Coatings

Mixing antibacterial titanium powder as an additive into building coatings, after brushing on walls, furniture surfaces, etc., can exert long-term antibacterial effects, effectively inhibiting the growth and reproduction of microorganisms such as mold and bacteria on the wall surface, avoiding phenomena such as mold and discoloration of the wall, maintaining the cleanliness and hygiene of the indoor environment, and also helping to extend the service life of coatings.

Antibacterial Flooring

Applying antibacterial titanium powder in the production of floor materials such as wooden floors and tiles gives the floor surface antibacterial capabilities, reducing the growth of bacteria and mold on the floor. Especially for families with children, the elderly, or people with low immunity, as well as public places such as hospitals, kindergartens, and nursing homes, it can create a healthier floor environment.

Food Packaging Industry

Food Packaging Materials

Adding it to plastic, paper, and other food packaging materials, using its antibacterial properties to inhibit the growth of microorganisms such as bacteria and mold on the surface of packaging materials, preventing food spoilage caused by microbial contamination, extending the shelf life of food, ensuring the quality and safety of food during storage and transportation, and meeting the strict requirements of food packaging for hygiene and freshness.

Electronic and Electrical Field

Electronic Product Enclosures

Using antibacterial titanium powder in the manufacturing of enclosures for electronic and electrical products such as mobile phones, computers, and remote controls, can give the enclosure antibacterial functions, reducing the number of bacteria people meet during daily use. For electronic products that are often touched, it helps to maintain good hygiene conditions and reduce the risk of bacteria spread.