Foaming Material Antibacterial Agent

Foaming Material Antibacterial Agent

Foaming Antibacterial Agent Introduce

The Foaming Antibacterial Micro-powder is a proprietary additive developed by FUJIAN RUISEN NEW MATERIALS CO.,LTD., which possesses highly effective antibacterial functionality. The product utilizes Cubic Zirconium Phosphate as a carrier, where silver ions are incorporated into the crystal structure of Zirconium Phosphate in a stable and uniform manner. This forms nano silver crystals with high antibacterial activity.

The surface of the nano silver crystals exhibits a porous structure, providing a large surface area, strong adsorption capacity, excellent chemical stability, and high-temperature resistance. The nano silver crystals have outstanding ion exchange and adsorption capabilities, along with a good sustained-release effect. Therefore, the Nano Silver Antibacterial Powder composed of these crystals possesses non-toxicity, broad-spectrum antibacterial properties, long-lasting antibacterial efficacy, and resistance to high temperatures, acids, and alkalis.

Antibacterial mechanism

Bacteria and viruses are organic organisms composed of phospholipid bilayers in their cell walls and cell membranes, which carry a negative charge. In contrast, silver ions are highly active cations that carry a positive charge. The bactericidal action of silver is primarily based on the principle of "Like Charges Repel, Opposite Charges Attract" in physics. When silver releases a large amount of positive charges on its material surface, bacteria or other organic organisms with negative charges floating in the air are attracted to its surface. The reaction between positive and negative charges inhibits the respiration of bacteria and causes complete deformation and rupture of their cell walls and cell membranes, leading to the loss of reproductive and survival capabilities, resulting in "Lysing Death." Conventional antibiotics typically only target around six types of bacteria, while nano-silver ions can eliminate 650 types of bacteria. The bactericidal mechanism of silver is not pharmacological but a "Physical Method" that does not cause any harm to humans and the environment. Silver ions do not leave their carriers and enter the air or the human body. Instead, they act like magnets, capturing bacteria that resemble dust. Even after the bacteria die, the silver ions do not release them and contaminate the environment. This approach does not disrupt the balance of microorganisms and does not harm the human immune system.

Application range and method of use

This product can be used for foaming sponges, EVA, and other foam materials. Our company's RS-KJ007 Cubic Zirconium Phosphate Silver-loaded Antibacterial Powder is modified to enhance its antibacterial effectiveness in the application of foaming sponges. It exhibits excellent compatibility, washability, and antibacterial properties when applied to footwear materials. It is recommended to add 0.8%-1.2% of the product, mix it uniformly with other substrates, and proceed with normal foaming.

Technical indicators

Introducing Foaming Antibacterial Micro-powder: Elevate Hygiene, Embrace Safety!

Discover the cutting-edge Foaming Antibacterial Micro-powder, exclusively crafted by FUJIAN RUISEN NEW MATERIALS CO.,LTD. This innovative product is designed to revolutionize your transparent products, such as cling film, food storage containers, and more, by infusing them with highly effective antibacterial power.

Join the countless businesses already benefiting from this superior antibacterial solution. Embrace the future of hygiene standards and set a new standard of excellence for your products. Experience the Foaming Antibacterial Micro-powder today, and witness the transformative power it brings to your transparent items.

Don't miss this opportunity to enhance the appeal and trustworthiness of your products. Take a step towards elevated hygiene and safety—choose the Foaming Antibacterial Micro-powder from FUJIAN RUISEN NEW MATERIALS CO.,LTD. and experience the difference it makes!Contact us for a quote.

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