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MODEL: 8378#
Polymer Ice Silk Air Fiber & Washable Latex Hybrid Mattress
Health Science, Health Preservation & Spinal Protection Pad
FIRMNESS LEVEL: Med Soft (Ergonomic Pressure Relief & High-Resilience Hybrid Comfort)
- Skin-Friendly Layer: Polymer Ice Silk Fabric — Ultra-cool touch technology engineered for active cooling and breathable skin comfort.
- Comfort Layer: Air Fiber + Mini Micro Springs + Washable Latex — High-performance triple-tier design blending resilient airflow fiber with hygienic, washable latex.
- Support Layer: Independent Pocket Silent Cool-Cloth Springs — Premium cool-cloth encased coil system providing silent spinal alignment and zero motion transfer.
- Air Layer: 3D Breathable Mesh Border — Continuous 360° perimeter ventilation for optimal temperature control.
Mattress Height
28 cm (Approx. 11 Inches)
Firmness Rating
Med Soft
Comfort Layer
Air Fiber + Mini Coils + Washable Latex
Country of Origin
China
Technical Specifications
| Model Number | 8378# |
|---|---|
| Mattress Height | 28 cm |
| Firmness Rating | Med Soft (Adaptive body-conforming comfort with responsive spinal core support) |
| Skin-Friendly Layer | Polymer Ice Silk Fabric (Advanced cool-touch, silky feel & moisture-wicking) |
| Comfort Layer | Air Fiber + Mini Micro Springs + Washable Latex |
| Support Layer | Independent Pocket Silent Cool-Cloth Spring System |
| Air Layer | 3D High-Ventilation Mesh Border |
| Country of Origin | China |
Product Architecture & Highlights
Independent Silent Cool-Cloth Springs — Targeted Support
Individually wrapped in specialized non-woven cool cloth, these pocket springs conform precisely to body weight distribution, offering silent posture support and zero partner disturbance.
Air Fiber & Washable Latex Hybrid Comfort Core
Combines high-permeability 3D air fiber with eco-friendly washable latex and flexible mini spring layers, delivering superior breathability, anti-bacterial hygiene, and adaptive pressure relief.
Responsive Micro Pocket Spring Matrix
An auxiliary layer of mini pocket springs enhances localized flexibility and surface resilience, ensuring seamless weight distribution across the shoulders, back, and hips.