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Mushui|Professional production of antibacterial, antiviral and deodorizing materials
Antibacterial through 5 nano Zinc, many technologies have passed "ISO" and "SGS" certification
Only antibacterial porcelain in the world is sintered at a high temperature of 1300°C for 30 hours and cooled by a third party. The antibacterial rate is over 99.5%!
5 nanometer antibacterial technology
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| Read the following instructions patiently |
Ensure that the better you look, the price is transparent, and the material is real
No manufacturer of finished antibacterial textiles is willing to do it for you. We will do it for you. Taobao/Alibaba/Xiapi is not as cheap as ours!
We are the raw material manufacturer. We will help with small-scale production. We welcome and prefer mass production!
Directly operated by antibacterial material factory

5 nanometer zinc inorganic antibacterial liquid
5 nanometer zinc ion technology, has anti-bacterial, anti-mildew and deodorant effects
- Batch inspection of antibacterial textiles
Send the finished product to the Textile Extension Association for batch-by-batch inspection, no fraud
Antibacterial ISO International Certification
After a number of international ISO certifications, the antibacterial power is guaranteed to be effective
Inspection report divided into three impartial units
Taiwan Textile Federation
Batch verification (that is, random inspection, no cheating is possible), so far only our company has passed the verification report 50 times
SGS Textile Inspection
It can be inspected according to the needs of customers and is a fair third-party inspection unit
Taiwan Textile Research Institute
There are inspections of antibacterial textile products, which are also impartial third-party units
The fourth unit?
It's just selling the antibacterial liquid and inspecting it yourself. It's really a big laugh. If the test is credible, then the third-party justice unit will all be closed?
What other major foreign brands are antibacterial liquids so powerful? When you look at it, you feel angry. The antibacterial liquid is based on the report, not the brand.
If you want to buy a brand, don't care about the antibacterial effect. If the antibacterial agent is known abroad, you should challenge the batch-by-batch inspection to prove how strong your antibacterial agent is.
Don't use your mouth to talk and write, and don't write about the patents that you don't have.
Types of antibacterial liquid
Do not compare alcohol, hypochlorous acid, and chlorine dioxide. They are short-acting antibacterial and cannot be applied to textiles.
- Transient
Using acetic acid or quaternary amine or modified adsorption type, it is likened to a gasification type, which will slowly decompose to ineffective due to exposure to air or moisture in a short time. - Dissolution type
Attach inorganic or organic antibacterial particles to silicon, air stone and other porous materials as attachment materials. When they encounter water, they will slowly show and combine with water. Therefore, the added antibacterial percentage can be used in a small amount to cope with antibacterial testing. It is used (most cloth dealers use new cloths for inspection, and the antibacterial liquid has not been washed away), but the antibacterial textiles are drained on the washing tank after multiple washings, so the antibacterial textiles want to wash 20~50 This is very difficult. - Nano inorganic antibacterial liquid
Nanozinc is below 5 nanometers, which is less than 100~500 times the diameter of the yarn. Non-vaporization or dissolution type is a new type of processing method
First give an example of polyester fiber: First, soak the polyester fiber fabric in the nano-zinc antibacterial liquid, and then absorb 40% of the weight of the remaining fabric to dry at a high temperature of 140°C. When the polyester fiber is dried at a high temperature, it will have pores due to thermal expansion due to high temperature. Produced, the zinc nanometer (under the condition of 5nm) will run into the pores at high temperature, etc. When it cools, the polyester fiber will coat the nanometer zinc in the yarn to achieve the effect of antibacterial and washing resistance. Processing methods: Our products are post-formulation methods, fabric processing and finished product processing are both possible.
Antibacterial 10-year report
