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Antibacterial Wood Plastic Composite Technology

In the early days of production and application of plastic wood composites, it is believed that using plastic substations buried by plant fiber fillers can make the composite feature protection against water, fungal and corrosion, even if no antibacterial agents are added to the composite materials. However, with the application and development of plastic wood composite materials, it has been found that the anti-corrosion antibacterial properties of plastic wood composites are not as good as expected. Many moldy and decaying fungi will be harmful to plastic wood composites, infesting bacteria and even degrading plastic wood composites.

In the early days of production and application of plastic wood composites, it is believed that using plastic substations buried by plant fiber fillers can make the composite feature protection against water, fungal and corrosion, even if no antibacterial agents are added to the composite materials. However, with the application and development of plastic wood composite materials, it has been found that the anti-corrosion antibacterial properties of plastic wood composites are not as good as expected. Many moldy and decaying fungi will be harmful to plastic wood composites, infesting bacteria and even degrading plastic wood composites.

Besides, as people's living standards improve, people's requirements for the function of plastic wood composite materials are also higher and higher. People require plastic wood composites with mold-proof effects in hospitals, toilets, parks, and other public places when used. However, they also hope that wpc products have specific antibacterial properties. To this end, adding an appropriate amount of antibacterial agents to plastic wood composite materials can have lots of benefits. For example, plastic wood composites with a specific anti-corrosion antibacterial effect can significantly extend the life of plastic wood composites, improve the market competitiveness of plastic wood composites and expand their application to places with higher health requirements. Also, it meets social needs and guides consumption at the same time to obtain better economic benefits.

Antibacterial agents can be divided into inorganic antibacterial agents, organic antibacterial agents, polymer antibacterial agents, compound antimicrobial agents, and four other types. Different antimicrobial agents have different mechanisms and practical effects on the same pathogen, and the antimicrobial action mechanism and inhibition range of different pathogens are diverse. To improve the corrosion resistance and antibacterial properties of wood-plastic composites, many scholars at home and abroad began to add various antibacterial agents to wood-plastic composites to improve the corrosion-resistant properties of composite materials.

At present, with the continuous improvement of people's health requirements, the safety and environmentally friendly level of raw materials can not meet people's needs. Furniture, interior and exterior decoration with materials antibacterial function has become an irreversible trend. Because of each antimicrobial agent's different antibacterial properties and advantages and disadvantages, the anti-corrosion antibacterial effect of plastic wood composites is also different. By analyzing the research status of anti-corrosion antibacterial wood composite materials, it is found that polymer antibacterial agents and various compound antimicrobial agents are more and more favored by researchers at home and abroad because of their superior antibacterial properties.

Antibacterial Wood Plastic Composite
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