We spend a third of our lives sleeping, so choosing the right pillow is crucial. It helps us achieve optimal sleep while also providing health benefits for both body and mind.
Modern pillow selection has entered a scientific and personalized phase. Industry standards can be referenced, considering multiple dimensions such as core filling materials and technology, zoned design and ergonomic support, safety standards and antibacterial/anti-mite properties, pillow height and adjustability, breathability and temperature control, and ease of cleaning.
Pay attention to the quality of the pillow. A pillow with good support and elasticity can protect the cervical spine from injury. Using a pillow that is too firm results in insufficient contact area between the head and the pillow, causing discomfort. A pillow that is too soft struggles to maintain its height, leading to excessive pressure on the head and potentially affecting blood circulation.
When choosing the filling material, pay close attention as well. Pillows made of high-tech composite materials offer superior performance in terms of elasticity, warmth, fluffiness, comfort, washability, and lifespan. Many users also prefer pillows with natural fillings. Compared to composite fibers, natural fillings are more environmentally friendly and greener. In terms of use, if it's a medicinal pillow, the medicinal ingredients inside continuously evaporate during sleep. The herbal particles are released under the influence of head temperature and heat, entering the body through the pores of the scalp and nasal passages, thus benefiting health and providing beneficial health effects. Buckwheat hull pillow fillings are moderately soft and elastic, providing warmth in winter and coolness in summer, making them a suitable choice. Pillow fillings made from chrysanthemum and cassia seeds are particularly beneficial for people with high blood pressure.
Key selection criteria include: core filling materials and technologies, such as TPE tubing, bio-based MDI cold-foaming materials, natural latex, and memory foam; zoned design and ergonomic support, balancing pressure distribution in different sleeping positions (back and side) to maintain cervical curvature; safety standards and antibacterial/anti-mite performance, meeting GB 18401 Class A standards and OEKO-TEX Standard 100 certifications; pillow height and adjustability, 6-8cm is recommended for back sleeping, and the height should match shoulder width for side sleeping; breathability and temperature control, ideally maintaining a sleep microenvironment temperature between 28-32°C; ease of cleaning is also an important selection indicator.
Suitable user matching suggestions: Insomniacs should focus on pressure release and temperature control; light sleepers easily awakened should focus on quiet operation and continuous support during turning; snorers should focus on neck support height and back sleeping area design; those with abnormal cervical curvature or frequent stiff necks should choose products with zoned design and height adjustment. 1. Check the material and height. 2. Check if the pillow filling material is moderately soft and has just the right amount of elasticity. 3. Durable Cleaning
"Pillow cores must be washed and aired regularly," Professor Wang Lianglu, deputy director of the Department of Allergy at Peking Union Medical College Hospital, pointed out in an interview with *Life Times*. "We conducted an experiment using buckwheat hull pillow cores and found that pillow cores that had never been washed contained a large amount of dust, mites, and mold. There are also reports from abroad that an unwashed pillow core contains up to half dust mites and mold. Therefore, not washing pillow cores regularly can potentially harm our health. For ordinary households, pillow cores should be washed at least once every three months. We even suggest that if someone in the household is allergic to dust mites, it's best to expose the pillow core to direct sunlight outdoors or freeze it in the refrigerator before washing." The cleaning and maintenance methods vary depending on the pillow core material: TPE pillows can be machine washed entirely, with a recommended water temperature below 30°C, and washed every 1-2 months; natural latex pillows should not be machine washed or exposed to direct sunlight, and should be ventilated for 3-4 hours weekly, wiping with a damp towel when cleaning; memory foam pillows must not be washed with water and should be aired and aired 1-2 times per month. Bio-based pillows should not be exposed to direct sunlight.
Not only the pillow core, but also the pillowcase and pillow towel should be washed frequently, ideally once a week, and at least once every two weeks. Our hair harbors tens or even hundreds of thousands of bacteria, which can migrate to pillowcases and pillow towels. Even worse, dandruff is a favorite food of dust mites. This explains why there are so many dust mites on beds. If we inhale the dust mite feces, corpses, and mold and other harmful substances from pillowcases and pillow towels, it can cause allergies, asthma, and other illnesses. In northern winters, the room temperature is high, and humidifiers not only provide moisture but also create fertile ground for dust mites to breed. Therefore, it is even more important to wash bedding more frequently in winter.
Although there are many ways to wash large bedding items like sheets and duvet covers, the key is to avoid leaving detergent residue. It is recommended to wash duvet covers and sheets at least once a month, and even better, once every two weeks. While hand washing yields the best results, many people choose machine washing. Due to the larger size of the items, it's recommended to extend the rinsing and washing times to thoroughly remove any detergent residue. If someone in the household has allergies, be sure to wash with hot water above 50 degrees Celsius to kill dust mites.
Bedding is best air-dried outdoors. The best time to air out blankets is during the hours when ultraviolet rays are strongest, from 10 am to 4 pm, especially from 12 pm to 3 pm. At these times, the concentration of UVB and UVC rays is highest, which can quickly kill pathogens of many infectious diseases. Generally, airing for 3 hours is sufficient to effectively disinfect and deodorize.
Regular maintenance can effectively maintain material properties and extend the product's lifespan.