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LS-M-04
LONSUN
3902100090
Product Description | |
Item | Breathable PE Film |
Materials | Polyethylene + air particle |
Grammage | 14-30gsm |
Width | 35-2200mm |
Diameter | 400-600mm |
Color | ≤8 colors, Customized |
Application | Used for the backsheet of disposable diaper |
The operating principle of the diaper breathable bottom film is simple: inorganic + stretching = micropores. In fact, the operation is very particular, only the right size, evenly distributed micropores are effective.
When the concentration of water vapor on one side of the film is greater than the environment on the other side of the film, a humidity gradient pressure difference is formed. This provides the basic conditions for gas (vapor) convection, and due to the formation of convection, the humidity environment on both sides of the film tends to be relatively balanced. This is the basic principle of the operation of the breathable bottom film.
Secondly, in addition to being breathable, the breathable bottom film is also used as a water barrier film, which has a barrier effect on liquids. Because of the many pathways present in the film, the tortuous channel it forms has a large "aspect ratio" (L/D) value, which can be understood as capillaries. Therefore, in the same liquid (such as water) and the same pressure, as long as the height of the liquid column of the capillary tube is less than the length of the capillary, it can be ensured that the liquid will not leak out, otherwise it will leak
We often say that the breathable bottom film of diapers is the outermost layer with a pattern. Breathable
bottom film, on the one hand, to prevent the baby's urine from penetrating outside, on the other hand,
has good breathability, plays a role in emitting stuffiness, and helps prevent the occurrence of baby red
butt.
Product Description | |
Item | Breathable PE Film |
Materials | Polyethylene + air particle |
Grammage | 14-30gsm |
Width | 35-2200mm |
Diameter | 400-600mm |
Color | ≤8 colors, Customized |
Application | Used for the backsheet of disposable diaper |
The operating principle of the diaper breathable bottom film is simple: inorganic + stretching = micropores. In fact, the operation is very particular, only the right size, evenly distributed micropores are effective.
When the concentration of water vapor on one side of the film is greater than the environment on the other side of the film, a humidity gradient pressure difference is formed. This provides the basic conditions for gas (vapor) convection, and due to the formation of convection, the humidity environment on both sides of the film tends to be relatively balanced. This is the basic principle of the operation of the breathable bottom film.
Secondly, in addition to being breathable, the breathable bottom film is also used as a water barrier film, which has a barrier effect on liquids. Because of the many pathways present in the film, the tortuous channel it forms has a large "aspect ratio" (L/D) value, which can be understood as capillaries. Therefore, in the same liquid (such as water) and the same pressure, as long as the height of the liquid column of the capillary tube is less than the length of the capillary, it can be ensured that the liquid will not leak out, otherwise it will leak
We often say that the breathable bottom film of diapers is the outermost layer with a pattern. Breathable
bottom film, on the one hand, to prevent the baby's urine from penetrating outside, on the other hand,
has good breathability, plays a role in emitting stuffiness, and helps prevent the occurrence of baby red
butt.
This article provides an overview of fluff pulp used in sanitary napkins. It details the properties of fluff pulp, such as high brightness, low density, and good water absorption. The text highlights its benefits, including enhanced absorption, comfort, and safety for consumers, as well as cost-effectiveness and product stability for manufacturers. The synergistic use of fluff pulp with superabsorbent polymers (SAP) further improves product performance.
Traditional sanitary pads, widely used for menstrual hygiene, pose a significant environmental challenge due to their high plastic content and slow decomposition rate. This article delves into the science of biodegradable sanitary pads, which are designed to mitigate these environmental issues. It examines the materials used, such as bamboo fiber, organic cotton, bioplastics, and plant-based adhesives, highlighting their sustainability and biodegradability. The article also discusses the composting process, emphasizing the importance of proper composting conditions to maximize environmental benefits. By offering a faster decomposition rate and reducing plastic waste, biodegradable sanitary pads represent a significant step forward in menstrual hygiene products, promoting both user comfort and environmental responsibility.
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.
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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.