Nanostructured Silica Release Mechanism and Antibacterial Effects Nanostructured silica, after modification, can release cations and high concentrations of calcium, along with its permanent cathodic layer charge. The interlayer charges can adsorb bacteria, damaging their outer proteins. Once the bacterial structure is disrupted, it naturally becomes unable to survive or reproduce, achieving an antibacterial effect.
Utilizing Sistylensp+ Nano Silica Mineral Energy Elements as Primary Additives Conduct research and development to incorporate these materials into various products across different fields.
Improving Existing Antibacterial Products Address the shortcomings of current antibacterial solutions and provide the market with superior products.
Introducing Innovative Nano Materials Promote the commercialization of nanotechnology products domestically, thereby enhancing the technological competitiveness of relevant industries.
Enhancing Public Choices for Antiviral Products Through the development of products using Sistylensp+ nano silica mineral energy elements as primary additives, expand consumer options for antibacterial and antiviral products. This will allow individuals to enjoy a healthier lifestyle through improved antibacterial effectiveness.
Composite Silicon Dioxide Chemical Elements SiO₂: 72.31%, Al₂O₃: 16.94%, Na₂O: 3.10%, K₂O: 0.27%, MgO: 2.98%, CaO₂: 0.15%, TiO₂: 0.34%, Fe₂O₃: 3.66%, H₂O: 0.25%
Sistylensp Nano Silica Mineral Energy Element - Liquid Form Composition: 95% pure water, 5% composite silicon dioxide
Sistylensp Nano Silica Mineral Energy Element - Powder Form Composition: Composite silicon dioxide
Ingredients:
Sistylensp+ Nano Silica Mineral Energy Element – Liquid Form
Ingredients: 95% Purified Water, 5% Composite Silicon Dioxide (SiO₂)
Sistylensp+ Nano Silica Mineral Energy Element – Powder Form
Ingredients: Composite Silicon Dioxide (SiO₂)
Concentration:
Sistylensp+ Nano Silica Mineral Energy Element (Liquid Form): 50,000 ppm
Sistylensp+ Nano Silica Mineral Energy Element (Powder Form): 1,000,000 ppm
Raw Materials, Semi-Finished Products, and Finished Products Quality Control System and Source Description: The contract manufacturing factory, Liang Guan Biochemical Technology Co., Ltd., has obtained ISO 22716:2007 certification and GMP quality certification for cosmetics. Its control system is based on the company's production procedure manual under the "Product Identification and Traceability Procedure."
Topic: Antibacterial Activity of Poloxamer-Modified Montmorillonite Clay Against E. coli
Authors: Yung-Tang Nien, Yi-Han Liao, Pao-Chi Liao
Abstract:
This study investigated the antibacterial activity of poloxamer-modified montmorillonite (MMT) clay against Escherichia coli and explored its possible mechanism. Characterization analyses confirmed that the modified clay contained approximately 24% poloxamer and was primarily composed of Ca, Mg, Al, Si, and O. Antibacterial testing showed that MMT clay at 2310 ppm inhibited E. coli growth and released a high concentration of calcium ions (approximately 101 ppm) into the nutrient broth. However, the clay lost its antibacterial activity after a single use, likely due to the loss of poloxamer and reduced calcium ion content. These findings suggest that calcium ion release and the presence of poloxamer play important roles in the antibacterial effect of modified MMT clay.
According to the Product Quality Management and Inspection Testing Procedures
