Cashmere machine washable new technology Japan came out

Recently, Japan Daikin Industries Co., Ltd.'s Chemical Division has made a breakthrough by successfully applying a specialized fluorination technology to treat cashmere. This innovative process alters some of the physical properties of cashmere products, making them more durable and resistant to shrinking and hardening during regular washing. The treated cashmere is now known as Lezenova cashmere. According to reports, this technology was initially developed to enhance the softness of leather. However, in recent years, Daikin has expanded its application to cashmere fibers. By soaking the fibers in a unique fluoride solution, the technology allows the fluorine to bond with the cashmere, effectively modifying certain undesirable characteristics—such as shrinkage and stiffness—while preserving the fabric's natural softness, breathability, and luxurious feel. This advancement not only improves the performance of cashmere but also makes it more practical for everyday use. Consumers can now enjoy the premium qualities of cashmere without worrying about the usual maintenance challenges. As a result, Lezenova cashmere is gaining popularity among both manufacturers and end-users who seek high-quality, low-maintenance luxury fabrics.

Lithium Negative Cathode Material Dispersing, Shaping Equipment

● Continuous production, large processing capacity, can be used alone, but also with a variety of ultrafine mill online operation.

● The equipment has the function of breaking and dispersing, and the modified products have no particle agglomeration, no screening, and can be packaged directly.

● Low production energy consumption: low power consumption and cost saving.

● Modification temperature can be adjusted according to different material characteristics.


1, the initial fineness of raw materials, air pulverizer generally requires the feed to be below 50 mesh.

2. It is related to the physical properties of the material, the fluidity of the material and the uniformity of the particles. Some materials have poor fluidity, many impurities, high solvent content, and there may be blockage in the production process. At this time, it is necessary to use special equipment to do it. Not all materials can be crushed with standard equipment to achieve the fineness of crushing.

3. It is related to the crushing pressure in the crushing process. Some equipment feed pressure is greater than the crushing pressure, and some equipment crush pressure is greater than the feeding pressure.

4, and feeding speed has a relationship, not all the material mobility is good, whether it is the use of screw feed or vibration feed, feeding process is a very important factor, some very fine material is difficult to feed, at this time you need to use a special personalized configuration to achieve the feeding effect.

5. It is related to the optimization degree of air mill. There are many manufacturers of air mill, but the fineness of the same material is different from that of different manufacturers, even if the fineness of different models of equipment from the same manufacturer is different. But as a rule of thumb, devices that are larger than the shredder plate produce better results than smaller ones.

6. The operation method is related to the proficiency of the operator. Some equipment needs to be started with small pressure operation first, and some directly operate in one step.

It can be seen from the above that the fineness of the airflow mill is not fixed, but adjustable. Because of this, it has become a favored processing equipment in various industries, which can meet the diverse needs of different users.

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Shandong Jing Xin Powder Equipment Technology Co., Ltd. , https://www.jxpowder.com