Antibacterial materials refer to a class of new functional materials that have the function of killing or inhibiting microorganisms. They have extremely broad application prospects in the medical field, household products, household appliances, food packaging and other fields. Today, people have increasingly high environmental hygiene requirements. The application of antibacterial materials has received more attention. As a manufacturer of medical clean plates, let's talk about some characteristics of hospital-specific antibacterial plates and medical antibacterial plates:

First of all, the medical antibacterial board has the characteristics of simplicity, nature and humanity. Because the medical antibacterial board is different from stone, metal products have a cold touch, and it has the warmth of contacting people at zero distance. It will not rot or produce mold, will not cause corrosion of fixtures and keels, and will not swell or deform around, nor will it fade, nor will there be obvious cracks on the board surface.

Secondly, the stability of the medical antibacterial board is extremely high. Resistant to chemicals, acid rain, and wind pressure. Bending, deformation or swelling due to climate reasons such as ice fire temperature and humidity changes.

The hospital-specific antibacterial board also has good mechanical processing properties. The high-temperature and high-pressure plate with special surface treatment has the characteristics of high hardness, bending strength, flexural strength, impact resistance and scratch resistance. It can be processed with ordinary cutting and grooving tools, the bottom surface is not easy to attract dust, and it is very easy to clean.

Finally, the medical antibacterial board has good environmental performance. The production, processing, painting, installation, and use of medical antibacterial plates all meet the requirements of ecological and environmental protection. Effective use of resources of industrial by-products, protection of soil and other natural resources, minimal pollution to the environment, will not release harmful gases at high temperatures.