Products
Medical mask nonwoven fabric
Medical mask nonwoven fabric is widely used in mask manufacturing！
Product specification
| Name | spunbond nonowven fabric |
| gram | 15-90gsm |
| width | 175/195mm |
| MOQ | 1000KGS |
| package | polybag |
| payment | FOB/CFR/CIF |
| color | Customer’s Requirement |
| sample | free sample and sample book |
| Material | 100% Polypropylene |
| Supply Type | Make-to-Order |
The characteristics of medical mask nonwoven fabric
Non woven fabric for masks has the characteristics of being lightweight, breathable, waterproof, wear-resistant, soft, and antibacterial, making it one of the ideal materials for making masks. At the same time, PP fiber can efficiently filter bacteria, viruses and other particles in the air, and has good filtering performance, making it the main material for making filter masks.
The uses of medical non woven fabrics
Medical non-woven fabric is an important medical material with multiple uses and functions. It is mainly used to make medical hygiene materials, such as masks, surgical gowns, bed sheets, surgical drapes, and dressings. These disposable products can effectively reduce cross infection between patients. Due to its good barrier filtration effect, less fiber shedding, convenient disinfection and sterilization, and low cost, medical non-woven fabrics have become the main material used in hospitals.
In addition, medical non-woven fabrics are widely used in clinical practice as new packaging materials, suitable for pressure steam sterilization and ethylene oxide sterilization. It has flame retardancy, no static electricity, no toxic substances, no irritation, good hydrophobicity, and is not easy to cause moisture during use. Its special structure can avoid damage, and the shelf life after sterilization can reach 180 days.
The production process of medical mask nonwoven fabric
1. Melting: Put PP particles into the melting equipment, heat them above the melting point, and melt them into a fluid state.
2. Extrusion: Melted PP fluid is extruded into fine fibers through an extruder, known as filaments.
3. Blow weaving: Using a blow loom, the wool is mixed with hot air and sprayed onto the mesh to form a mesh structure.
4. Heat setting: By using high-temperature hot air, the fibers of the non-woven fabric of the mask are set to form a certain mechanical strength.
5. Embossing: By using embossing technology, the surface of the non-woven fabric of the mask is enhanced in texture and aesthetics.
6. Cutting: Cut the non-woven drum of the mask to make the mask.
Precautions for non woven masks
People with difficulties in the heart or respiratory system (such as asthma and emphysema), pregnant women, wearing non-woven masks with reduced head volume, difficulty breathing, and sensitive skin often accumulate a lot of dust, bacteria, and other pollutants in the external air on the outer layer, while the inner layer blocks exhaled bacteria and saliva. Therefore, the two sides cannot be used interchangeably, otherwise the pollutants on the outer layer will be inhaled into the human body when directly pressed against the face, becoming a source of infection. When not wearing a mask, it should be folded and placed in a clean envelope, and the side that is close to the mouth and nose should be folded inward. Do not casually put it into your pocket or hang it around your neck.
