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Product Description
The functional anion chip of sanitary napkins is a kind of light maintenance type, not a disease prevention type material. There is no evidence of clinical treatment of functional anion chips. Functional anion chips are a kind of non-woven material containing additives. The sanitary napkin factory purchases the functional anion chips, cuts them and places them under the topsheet or acquisitive distribution layer of the sanitary napkin, and generally directly contacts the skin of the female private parts. In order to increase the visual stimulation and impact, anion chip substrate is made into various colors and even printed with patterns.
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Type
Natural properties: In the natural state, the polarity of air molecules is neutral, that is, they are not charged. When affected by external factors such as cosmic rays, ultraviolet rays, and lightning, the outermost electrons will escape. The lost electrons are called negatively charged electrons. When they are recombined with other neutral molecules in the air, they will form the negatively charged negative ions we are currently discussing. The smaller the particle size, the stronger the biological activity of the negative ions.
Functional application: The elements that can directly induce the air to produce negative ions are loaded in non-woven fabrics (i.e., negative ion antibacterial composite chips). The dynamic ones must be released under friction and rubbing (industry indicators ≧5000/s/cm2), while the static ones can release negative ions by themselves in a static state (industry indicators 200~300).
Physical effects: It can quickly penetrate human skin. Long-term use can improve microcirculation, decompose odors, and relieve emotions. It is praised by the scientific community as "air vitamins".
Natural properties: In the natural state, the polarity of air molecules is neutral, that is, they are not charged. When affected by external factors such as cosmic rays, ultraviolet rays, and lightning, the outermost electrons will escape. The lost electrons are called negatively charged electrons. When they are recombined with other neutral molecules in the air, they will form the negatively charged negative ions we are currently discussing. The smaller the particle size, the stronger the biological activity of the negative ions.
Functional application: The elements that can directly induce the air to produce negative ions are loaded in non-woven fabrics (i.e., negative ion antibacterial composite chips). The dynamic ones must be released under friction and rubbing (industry indicators ≧5000/s/cm²), and the static ones can release negative ions by themselves in a static state (industry indicators 200~300).
Physical effects: It can quickly penetrate human skin. Long-term use can improve microcirculation, decompose odors, and relieve emotions. It is praised by the scientific community as "air vitamins"
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About Us
Lonsun is a supplier of raw materials for dispsoable hygiene products. Our anion chip is very popular in the world. Our Yemeni customers rate it as a very good product. If you are interested it, contact us.
|
Product Description
The functional anion chip of sanitary napkins is a kind of light maintenance type, not a disease prevention type material. There is no evidence of clinical treatment of functional anion chips. Functional anion chips are a kind of non-woven material containing additives. The sanitary napkin factory purchases the functional anion chips, cuts them and places them under the topsheet or acquisitive distribution layer of the sanitary napkin, and generally directly contacts the skin of the female private parts. In order to increase the visual stimulation and impact, anion chip substrate is made into various colors and even printed with patterns.
|
Video
|
Type
Natural properties: In the natural state, the polarity of air molecules is neutral, that is, they are not charged. When affected by external factors such as cosmic rays, ultraviolet rays, and lightning, the outermost electrons will escape. The lost electrons are called negatively charged electrons. When they are recombined with other neutral molecules in the air, they will form the negatively charged negative ions we are currently discussing. The smaller the particle size, the stronger the biological activity of the negative ions.
Functional application: The elements that can directly induce the air to produce negative ions are loaded in non-woven fabrics (i.e., negative ion antibacterial composite chips). The dynamic ones must be released under friction and rubbing (industry indicators ≧5000/s/cm2), while the static ones can release negative ions by themselves in a static state (industry indicators 200~300).
Physical effects: It can quickly penetrate human skin. Long-term use can improve microcirculation, decompose odors, and relieve emotions. It is praised by the scientific community as "air vitamins".
Natural properties: In the natural state, the polarity of air molecules is neutral, that is, they are not charged. When affected by external factors such as cosmic rays, ultraviolet rays, and lightning, the outermost electrons will escape. The lost electrons are called negatively charged electrons. When they are recombined with other neutral molecules in the air, they will form the negatively charged negative ions we are currently discussing. The smaller the particle size, the stronger the biological activity of the negative ions.
Functional application: The elements that can directly induce the air to produce negative ions are loaded in non-woven fabrics (i.e., negative ion antibacterial composite chips). The dynamic ones must be released under friction and rubbing (industry indicators ≧5000/s/cm²), and the static ones can release negative ions by themselves in a static state (industry indicators 200~300).
Physical effects: It can quickly penetrate human skin. Long-term use can improve microcirculation, decompose odors, and relieve emotions. It is praised by the scientific community as "air vitamins"
|
About Us
Lonsun is a supplier of raw materials for dispsoable hygiene products. Our anion chip is very popular in the world. Our Yemeni customers rate it as a very good product. If you are interested it, contact us.
This article provides an in-depth exploration of the manufacturing process and core technology of diapers, highlighting their layered structure, production steps, and key technological components. It delves into the materials used, such as non-woven fabric, absorbent core layers, and distribution layers, and discusses how these elements contribute to the performance and comfort of diapers. Additionally, the article examines the current market trends, particularly the growing demand for environmentally friendly and intelligent diapers, and forecasts future developments in the industry. By combining market data and case studies, this piece offers valuable insights for both consumers and manufacturers, emphasizing the importance of innovation and sustainability in the diaper industry.
Discover how perforated membranes are transforming the world of sanitary napkins, offering enhanced breathability, superior absorption, and unparalleled comfort. Learn about their benefits and why they are becoming a must-have in feminine hygiene products.
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This article explores the applications of Poly(lactic acid) (PLA) nonwoven fabric in diapers and sanitary napkins. PLA nonwoven fabric is an environmentally friendly material derived from renewable resources, known for its biodegradability, breathability, moisture absorption, and antibacterial properties. In diapers, it enhances comfort, prevents diaper rash, and reduces environmental impact. In sanitary napkins, it ensures rapid absorption, maintains hygiene, and lowers the risk of infections. Despite challenges in strength and cost, ongoing innovations and market demand for sustainable products indicate a promising future for PLA nonwoven fabric in the hygiene industry.
Learn about the evolution of diaper closure systems and future trends, what PP tape and mechanical closure systems are, and how to select the right supplier.
Learn about the structure, application, raw materials of disposable pet pads. And recommande the disposable pet pads raw material supplier - Lonsun.
Discover the essential raw materials for adult diapers, including absorbent cores, nonwoven fabrics, and eco-friendly options. Learn how to choose quality suppliers and optimize product performance.
The main raw materials used in sanitary pads include a top layer (non-woven fabric or perforated film for skin contact and quick liquid absorption), an absorbent core (fluff pulp and superabsorbent polymer (SAP) to retain menstrual fluid), a back layer (PE or breathable film to prevent leakage), an adhesive (to secure the pad to underwear), and release paper (to protect the adhesive). Some products may also contain fragrances, antibacterial agents, or use organic cotton and other natural materials to meet different needs.
Understand the feature, material composition, and application of absorbent SAP paper in disposable hygiene products.
Introduction: The Evolution of Diaper MaterialsIn the early 20th century, parents relied on cloth diapers—simple, reusable, but labor-intensive. Fast-forward to today, and modern disposable diapers are marvels of material science, designed for maximum comfort, absorbency, and convenience. Behind the
