BMY® Core-shell type PMMA@TiO2 @OCS antibacterial agent
Dual antibacterial, mild and non irritating – the strong combination of the antibacterial properties of oxidized chitosan and TiO2 endows the product with dual antibacterial activity, providing comprehensive health protection for you and your family. Using natural materials with excellent biocompatibility, non-toxic and non irritating, while enjoying health, one can also feel the gentle care of nature.
Chemical bond bonding, lasting as new – With the strong chemical bond and in-situ grafting reaction with fibers, no acid solution or chemical crosslinking agent is required, high water washing fastness, and long-lasting function. Even after 50 washes, it can still achieve a 3A level antibacterial rating, which is durable, has a better hand feel, and has better breathability.
Multi functional applications, leading the trend – not only anti-bacterial and mite killing, virus killing, but also self-cleaning, UV resistant and other functions, realizing the multifunctional application of textiles.
PMMA@TiO2@OCS Photodynamic antibacterial agents inject powerful antibacterial activity into textile fibers, effectively resisting bacterial invasion.
Usage: Filling material, spinning, non-woven fabric
Application scope: Medical field, home life, outdoor sports, etc
Series selection: Based on the type of fiber required for sorting
Price：GZ-Ⅰ38RMB/KG
GZ-Ⅱ73RMB/KG
GZ-Ⅲ106RMB/KG
BMY® Core-shell type PMMA@TiO2 @OCS antibacterial agent
O-HAOCC modified cotton fiber, a nano O-HAOCC in-situ grafting cellulose fiber technology is used for modifying the cotton fiber, a chemical auxiliary agent is not required to be added in the dyeing process of the modified cotton fiber product, the clear water discharge of the dye liquor after dyeing is realized, and the environment is protected. The salt-free environmental protection dyeing process can reduce the energy consumption of water and electricity, save the cost of auxiliaries by more than 90%, and improve the efficiency of the dyeing process.In addition, the nano quaternary ammonium salt oxidized chitosan can realize functional filling, does not influence the hand feeling and the comfort of the fiber fabric, and has excellent wearability. The product is safe and healthy, and is suitable for various fields such as furniture, textile, medical protection, sportswear and the like.
Why choose core-shell PMMA@TiO2@OCS antibacterial agent
Develop a complete solution
Efficient broad-spectrum antibacterial
Antimicrobials convert light energy into chemical energy, produce reactive oxygen species, and effectively kill bacteria, viruses, and fungi. The double core shell antibacterial nanomaterials have double antibacterial activity and high broad spectrum. It is equally effective against drug-resistant strains and does not cause new bacterial resistance.
Good wearing property
During the antibacterial treatment process, the softness and skin friendliness of the textile can be maintained..After repeated washing, it can still maintain a good touch. The nanocomposite technology does not block the fiber pores of the textile and ensures good air permeability.
Antibacterial durability
The antibacterial agent grafted the fiber in situ with chemical bonds, and after finishing the fiber material was washed 50 times, the antibacterial grade of 3A was still reached. The antibacterial agent can continuously produce reactive oxygen species under the condition of light, the antibacterial effect is durable, and the service life is long.
Safe and comfortable
Green environmental protection, non-toxic and harmless core-shell PMMA@TiO2@OCS antibacterial agent does not contain silver ions, copper ions and other heavy metal components, to avoid the potential harm of heavy metals to the environment and human health, no irritation to human skin, suitable for long-term contact.
Product Features
Good antibacterial property
Core-shell PMMA@TiO2@OCS composite nanoparticles have dual antibacterial activity, effectively killing bacteria, viruses and fungi.
Multifunctional application
The treated antibacterial textiles can not only be antibacterial, anti-mite and anti-virus, but also have the functions of self-cleaning and anti-ultraviolet, so as to realize the multi-functional application of textiles.
Environmental friendly
Core-shell PMMA@TiO2@OCS fiber finishing process does not use acid, crosslinking agents and other chemical reagents, does not produce waste gas, waste water, waste residue, does not produce burden on the environment.
SUPPORT PANTONE COLOR CUSTOMIZATION
For more colors,please contact customer service
Pantone
18-1552TCX
Pantone
14-0851TCX
Pantone
16-1358TCX
Pantone
17-2624TCX
Pantone
18-6024TCX
Pantone
14-2806TCX
Pantone
17-0210TCX
Pantone
19-4105TCX
Pantone
14-4618TCX
Pantone
18-1148TCX
Pantone
19-4127TCX
Pantone
18-0625TCX
High quality core-shell PMMA@TiO2@OCS antibacterial agent
After finishing with BMY® core-shell PMMA@TiO2@OCS antibacterial agent, the fiber material can still reach the 3A antibacterial grade after washing 50 times, which can significantly improve the antibacterial activity of textile fibers, and maintain the excellent properties of textile fibers such as moisture absorption, softness and comfort. The advantage of the small size of the antibacterial agent is that it will not cross link to form a film on the surface of the fiber, which makes the modified fiber material feel good, breathable and so on. The double core shell antibacterial nanomaterials have double antibacterial activity and high broad spectrum.
Need More Help?
Yes, the product is safe and environmentally friendly, and will not have harmful effects on the human body.
Yes, it can be naturally degraded, suitable for the pursuit of sustainable development applications.
It has antibacterial and anti-mite, self-cleaning, anti-ultraviolet, soaking gas and other complex functions, good performance.
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