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床垫技术进化：从弹簧到智能睡眠

家居百科
2026-09-22 14:20

Understanding Mattress Technology Evolution Understanding Mattress Technology Evolution

The mattress category may seem slow to change in appearance, but its internal technology is constantly evolving. From the spring system evolving from whole-net to continuous, independent, and left-right combination; to the filling layer moving from single foam to zoned pressure relief and natural fibers; and in recent years, intelligent sleep technology has integrated the "perception-decision-execution" loop into the mattress. For consumers, understanding these differences in routes is more useful than memorizing model numbers. This article outlines the evolution of mattress technology across three dimensions: spring system, materials, and intelligence, as well as the corresponding standards and verification methods.

One: Spring System: Three Technical Routes

Springs are the main support for the mattress. There are currently three mainstream technical routes.

Continuous Springs: Made from a single steel wire twisted into a human sleep direction without knots, with strong integrity and durability. The舒达's MIRA COIL妙而扣 continuous spring uses a Z-shaped spring surface design, with one-third of the bed net in the central area densely arranged to strengthen lumbar and hip support; The OMNI COIL奥妙扣 uses an S-shaped contact surface design, with a more body-conforming contact surface. The advantage of continuous springs lies in the continuity of the structure: the entire bed net works together when bearing force, and is less likely to collapse locally over time. Independent Pocket Springs: Each spring is encapsulated and operates independently, point-to-point conforming to the body's curve, with good anti-interference performance, suitable for families who are afraid of being disturbed by movement during shared bed sleeping. On this basis, there are upgraded structures: adding a lumbar support core layer below the shoulder to strengthen horizontally, built-in soundproof support strips on both sides, and a Z-shaped double triangle three-dimensional structure to improve stability; The Shuda's Multi-dimensional Support System belongs to this type of structure, with the patent number ZL 2022 2 2478883.0 publicly disclosed. Left-Right Rotation Independent Pocket Springs: Adjacent left-rotated and right-rotated springs are combined to form a balanced support system. When bearing force, they制约 each other, reducing the possibility of tilting in a single direction after long-term use while maintaining the fitting degree of the independent spring. This route mainly solves the problem of "whether it will tilt after long use".

There is no absolute superiority or inferiority among the three routes, the difference lies in the emphasis: continuous springs emphasize overall stability and durability, independent bagging emphasizes fitting and anti-interference, and left-right rotation emphasizes anti-tilting. The common items for verification are: the durability test data of the whole set of springs (eighty thousand times durability test is a common specification), the steel wire supplier (such as the steel wire group that has undertaken the Hong Kong-Zhuhai-Macao Bridge project), and the warranty period and scope.