Industry News

The various home textiles that come into close contact with us are breeding grounds for mites. Traditional cleaning methods are difficult to eradicate, and chemical mite prevention concerns residual irritation, until the emergence of high-density spunbond non-woven fabrics completely rewrote the pattern of household mite prevention, sparking a new revolution of additive free and more reassuring physical mite prevention.

Sleep is the core scene of human body repair and rest. The pillow that accompanies us for several hours every night is no longer just a simple bedding, but also a key factor directly affecting sleep quality, skin condition, and respiratory health. In today’s increasingly popular demand for mite prevention, more and more people realize that pillows must be isolated from mites, allergens, dandruff, and moisture. But for a long time, a pain point has been troubling the industry and consumers – fabrics with strict mite prevention are often thick and stuffy, and breathable and comfortable fabrics are difficult to achieve effective protection.

In the entire production, warehousing, logistics, and terminal circulation chain of home textile pillow cores, packaging materials have always been a key factor in determining product integrity and brand reputation. Traditional pillow core packaging often uses ordinary films, thin non-woven fabrics, or ordinary spunbond fabrics.

About one-third of a person’s life is spent in sleep, and the comfort of a pillow, as a close fitting bedding that accompanies us all night, directly determines the quality of sleep. Nowadays, consumers have increasingly high requirements for pillows: fluffiness, support, breathability, skin friendliness…

In the field of pillowcases and pillow core protection, the three major problems that have long plagued the industry and users have always been difficult to completely solve: first, drilling down and running hair, down and fine fibers drilling out of the fabric gaps, itching, leaking fluff, and affecting sleep; Secondly, the environmental friendliness is insufficient, as some coated and laminated fabrics are difficult to degrade, and the production and use processes are not green enough; The third issue is the imbalance between comfort and functionality. Fabric with good anti drilling properties is hard and not breathable, while soft and breathable fabrics cannot prevent fine fibers from being worn out.

With the continuous improvement of people’s health awareness and the increasingly refined demand for hygiene protection in fields such as home, medical, and daily use, new textile materials that combine functionality and practicality have become a hot research and development topic in the industry. Anti mite and antibacterial spunbond fabric, as an innovative category in the field of spunbond nonwoven fabric, has broken through the limitations of traditional spunbond fabric that only has basic protection through process improvement and functional modification.

With the deepening of the “dual carbon” strategy and the awakening of public environmental awareness, the home industry is moving from traditional functional consumption to a new stage of green and sustainable consumption. Environmental protection, health, and recyclability have become the core considerations for consumers when choosing home textile products.

For a long time in the past, the core demands of the pillowcase market were focused on durability, wear resistance, washability, and low cost. Traditional textile fabrics and ordinary spunbond fabrics dominated due to their stable performance.

But with the upgrading of consumer concepts, the improvement of health awareness, and the continuous segmentation of scene demands, the market’s requirements for pillowcases are undergoing a fundamental change: from emphasizing durability to paying more attention to hygiene, safety, antibacterial, mite proof, cleanliness, and disposable convenience. As an important substrate in the field of pillowcases, spunbond non-woven fabric has also undergone a comprehensive upgrade in demand structure, functional standards, and application scenarios.

Many consumers only focus on the softness of the fabric and the filling material of the pillow core when choosing a pillow, but overlook the key component of the pillowcase lining. As the core barrier that isolates the pillow core from the outside, blocks sweat and dandruff infiltration, and inhibits the growth of mites and bacteria, the lining material directly determines the hygiene level and service life of the pillow. Spunbond non-woven fabric, with its advantages of breathability, flexibility, and excellent barrier properties, has become the mainstream material for pillowcase liners.

Although the inner lining of the pillowcase is an “invisible component” in sleep scenes, it directly affects the protection of the pillow core, sleep feel, and durability of use. Traditional lining materials have long been plagued by pain points such as rough hand feel, stuffiness, lack of breathability, and susceptibility to deformation and damage, making it difficult to meet the core needs of modern homes for comfort, health, and durability. We are  deeply engaged in the field of non-woven materials, creating cotton like spunbond non-woven fabrics with innovative processes, breaking the limitations of traditional materials, and reconstructing the lining standards of pillowcases with technological textures, bringing new solutions to the home, hotel, and home textile industries.