A spinneret, an air plate, a heating element, and a bottom plate make up the melt-blown die assembly's die system. The die head has a direct impact on the uniformity of melt-blown products, however the die head's manufacturing costs are high and its processing precision is quite high.

The primary equipment for producing non-woven fabrics is nonwoven machinery of the SS type. When maintaining SS type nonwoven equipment, we should do a good job to increase its working effectiveness and lengthen its service life.

Polylactic acid fibres having a skin-core structure that can be carded into a nett and then set by hot air are used to create PLA non-woven fabrics. Heat transfer, flow, diffusion, and pressure cooling are the four primary processes that make up the bonding process during hot air setting.

The primary use of PLA on the market is as extrusion-grade resin. Large supermarkets mostly utilize it for the packing of fresh fruits and vegetables. For example, this kind of packaging has grown to be a key component of the European market chain. Electronic product packaging frequently uses PLA Nonwoven. It has evolved into the main field of use for PLAs. It encourages energy efficiency, environmental protection, and safety. The high transparency, high gloss, high stiffness, and other benefits of PLA are also clearly visible. Additionally, the use of extrusion-grade resin in horticulture has started to draw attention. It has been used in areas including sandstorm prevention and slope greening.

The high-frequency ultrasonic vibrations used by the ultrasonic non-woven laminating machine are forced into the nonwoven materials. The contact points between the two pieces, which are commonly made of cloth, cloth and chemical fiber, plastic film, and plastic film, as well as other materials like cotton, nonwoven fabric, sponge, etc., melt and bind as a result of these vibrations, forming a solid junction. This ultrasonic lamination machine may be made to order with a variety of designs that are adapted to the desires of the customer, and the laminating size can be altered in accordance with the size of the material roll.

This slitter machine uses surface contacting and winding in addition to center winding. It has an invariable tension magnetic powder brake and clutch as well as a photoelectric automated deviation rectification device. The main engine uses frequency control, and the air cylinder manages the cot's movement. Additionally, it contains an automated stopping device and a meter that calculates measurements automatically.

This highly automated device has sophisticated construction, intuitive operation, little power consumption, and great productivity. To achieve consistent compounding, it uses twin extrusion-dies with compounded double-rollers. All of its completed products are high intensity and perform well in terms of look and application. This machine has an auto-correcting mechanism for automatically transmitting and guiding produced material. It is simple to use and has adjustable speed.

The non-woven fabric bag-making machine can process a variety of non-woven fabric bags with diverse specifications and shapes, including vest bags, purses, leather bags, and so on. Non-woven fabric fruit bags, plastic turnover basket bags, apple bags, and grape bags are just a few of the industrial bags that have recently been added to the market. The machine combines mechanical and electronic components and uses a touch screen for operation.