Deliver warmth and comfort to families with premature infants

Lelch conducted a survey on the demand for premature baby diapers in the early stage of developing them, targeting the regional managers of medical and consumer health departments, as well as the directors of premature pediatrics departments. Lelch has overcome numerous levels and achieved the utmost in details such as the surface layer, waist band, and absorption core.

Due to the thinner skin of premature infants compared to full-term infants and the incomplete development of the temperature regulation center, they are not only more sensitive to mechanical friction and have a higher risk of injury, but also more prone to rashes. Naturally, the material softness and breathability of close fitting diapers are highly demanded. For this reason, Lelch carefully crafted a 3D silk soft surface layer, selecting ultra soft materials with a softness of less than 8GF, and 1.5D ultra-fine fibers weighing only 1.2g per 10000 meters, achieving true breathability and zero friction.

At the same time, Lelch noticed that premature infants have poor skin heat dissipation, and the heat generated after excretion is difficult to be discharged in the diaper closing system. Specially designed for low weight newborns, the double U-shaped heat dissipation port helps babies quickly expel heat, and the U-shaped port around the front waist can also protect the navel.

When the baby's gastrointestinal development is not mature, frequent diarrhea and loose stools, as well as changes in temperature and humidity, and the growth of bacteria and microorganisms, are highly likely to trigger red fart problems. Lelch uses a day and night microclimate adjustment core in premature baby diapers to maintain a healthy microclimate environment between the diaper and the thin skin on the buttocks of infants and young children. At the same time, it also has a high water locking system, which can achieve a 12 hour long pressure dry and non irritating effect, protecting the health of the baby's skin.