Antibacterial/Antiviral Decorative Coating Machine

タイトルまたは説明

| Description

***0, the year COVID**9 is raging around the world, causing tens of thousands of deaths. The main transmission routes of the virus are contact transmission, close-range transmission and air transmission. Therefore, in the response strategy of COVID**9, countries are thriving on using masks, hand washing, social distance and health education. However, these passive epidemic prevention measures are hardly preventing the spread of the epidemic.

With the emergence of epidemic mutations and uncertainty of how long it will last, Protective Personal Equipment (PPE) is in high demand. DahYoung's DYHC coating machine can apply anti-epidemic technology to actively and effectively kill the virus to prevent the spread of coronavirus. 

• Active anti-epidemic technology, active and effective to kill viruses, is the best solution to prevent the spread of coronavirus.
• Introduce inorganic antibacterial agent (such as silver, copper and zinc) for the coating of articles, which has the functions of anti-virus and color decoration plating.
• The anti-viral membrane layer is of physical nature, less harmful to the environment, viral variation, etc., and has long-term stability.
• The antiviral membrane layer can accelerate the elimination of the virus and reduce its chance of contact with the human body.

• Bathroom supplies, furniture, accessories, auto parts and construction materials

• Soft materials such as surgical gloves, masks, sheets, etc.

The surface properties of textile materials are very important, because the application of textiles depends heavily on this. Many surface treatment technologies have considered adopting modified methods to achieve specific surface properties. For example, the metallization of the surface of the fabric produces electrical conductivity, supporting various functions suitable for the textile industry. These include electromagnetic shielding (EMS), as well as antistatic and antibacterial applications. The spread of drug-resistant bacteria and hospital-acquired infections have promoted the development of the disease, giving priority to the use of antibacterial materials for prevention purposes to achieve traditional disinfection concepts.

Through a high-power pulsed magnetron sputtering (HIPIMS) source: high-voltage pulses are generated to provide high-density plasma, and finally a firmly adhered film is formed at a reduced substrate temperature. Based on this unique power supply, textiles that achieve antibacterial treatment.