With the improvement of medical technology, the medical supplies in the hospital have changed from the reusability in the 1980s to the disposable supplies in the 1990s. The products turn to the direction of disposable non-woven products with better barrier properties.

We believe that from the perspective of environmental protection, disposable non-woven products should be selected, because the life cycle assessment data shows that compared with disposable products, reusable cotton and linen woven fabrics need to consume more water during washing and energy consumption. We think that the market's consideration of price factors will prompt hospitals to switch from using durable laundry products to using disposable non-woven fabrics. Because non-woven fabrics are convenient to produce, easy to handle, and have better cost performance, from production to final disposal products Has a shorter supply chain than available woven fabrics, which require more energy, water and personnel during production quality inspections and washing.

At the same time, non-woven fabrics have large output, low energy consumption, and good product barrier properties, which obviously meet the requirements of sustainable development. Non-woven surgical gowns and surgical drapes have stable performance and reliable quality, and have a continuous and stable effect on the protection of blood-borne germs. However, with the increase of washing times, the barrier performance of recyclable medical supplies gradually decreases, which cannot provide long-term effects for medical staff. Consistent protection.

In addition, it is also very important that medical products have no static electricity and no hair loss. The fatal disadvantage of durable products is the high hair loss rate, which is the main culprit of iatrogenic products. Obviously, this is an important problem that cannot be ignored. It is very dangerous to cause a fire in the operating room due to static sparks during hospital operations, so surgical supplies must not generate static electricity or at least be antistatically finished. On the other hand, fluff or other impurities entering the operating room or wound can cause serious infection Therefore, low or no lint generation is also necessary, and C&P's products just meet the requirements of no static electricity and no lint.

Finally, the development of medical technology will provide better development space for medical non-woven products, and C&P will continue to innovate as always to provide better services for doctors and patients.