The manufacturing process of compressed mattresses reveals their primary characteristics: compact size, space efficiency, and ease of transport. Originating in Europe and North America, compressed mattresses were subsequently introduced to the Chinese market.
Their advantages include a compact profile that facilitates storage, transport, and handling-making them particularly suitable for buildings with limited elevator space or older structures. However, some products may offer weaker support, and their durability and lifespan may fall short of traditional, non-compressed mattresses; prolonged use can lead to localized sagging or deformation, potentially compromising sleep comfort and cervical spine health.
In accordance with relevant industry standards (such as the standard for "Vacuum-Compressed (Roll-Packed) Mattresses"), the performance of compressed mattresses is primarily evaluated based on metrics such as recovery time, recovery rate, compression ratio, dimensional deviation, and edge/corner deformation rates. Recovery time is categorized into Class A+ (≤30 minutes), Class A (≤3小时), Class B (≤24 hours), and Class C (≤72 hours), while the recovery rate is typically required to be 90% or higher.
