Our Location
PT3619 (HSN2540) TIAJ. 3/1/4, 42300 BANDAR PUNCAK ALAM, MUKIM IJOK, SELANGOR
KEY PRODUCTS
Hybrid Pocket Springs
By leveraging varied spring properties, zoned support is achieved to optimize performance. Hard and soft spring combinations conform to body contours, minimizing movement disturbances. This hybrid system effectively absorbs multi-frequency vibrations, enhancing shock absorption efficiency.
KEY PRODUCTS
High-Compression Pocketed Springs
Engineered with specialized materials/processes, this product withstands intense compression, far surpassing standard bagged springs, making it ideal for high-load, confined spaces. Its rapid rebound and deformation stability ensure long-term durability, minimizing fatigue/fracture risks.
KEY PRODUCTS
Pocket Springs
Each spring is independently encased in non-woven fabric, fiber cloth, or plastic film. The isolated pouch structure enables springs to adjust individually to pressure, adapting to varied weights, body types, and sleeping postures for dynamic body contouring. This configuration reduces inter-spring friction/noise and limits vibration transfer.
KEY PRODUCTS
Bonnell Springs
A steel wire mesh framework resists spring breakage/collapse during prolonged use. Mature automated production cuts costs by 30-50% vs. individually packaged springs, catering to budget-focused markets.
KEY PRODUCTS
Hybrid Pocket Springs
By leveraging varied spring properties, zoned support is achieved to optimize performance. Hard and soft spring combinations conform to body contours, minimizing movement disturbances. This hybrid system effectively absorbs multi-frequency vibrations, enhancing shock absorption efficiency.
KEY PRODUCTS
High-Compression Pocketed Springs
Engineered with specialized materials/processes, this product withstands intense compression, far surpassing standard bagged springs, making it ideal for high-load, confined spaces. Its rapid rebound and deformation stability ensure long-term durability, minimizing fatigue/fracture risks.
KEY PRODUCTS
Pocket Springs
Each spring is independently encased in non-woven fabric, fiber cloth, or plastic film. The isolated pouch structure enables springs to adjust individually to pressure, adapting to varied weights, body types, and sleeping postures for dynamic body contouring. This configuration reduces inter-spring friction/noise and limits vibration transfer.
KEY PRODUCTS
Bonnell Springs
A steel wire mesh framework resists spring breakage/collapse during prolonged use. Mature automated production cuts costs by 30-50% vs. individually packaged springs, catering to budget-focused markets.
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