SYPIALNIA Twin Mattress 12 Inch, Hybrid Mattresses Medium Firm with Gel Memory Foam & Pocketed Coils, Motion Isolation, CertiPUR-US Certified, Pressure Relief for Silent Sleep

Regular price
$139.00
Sale price
$139.00
Regular price
$318.99
Sold out
Unit price

Brand: SYPIALNIA

Color: Black & Blue

Features:

  • CertiPUR-US Certified Safety & Comfort : Rest easy on foam that meets rigorous health standards. Every layer of our SYPIALNIA twin mattress is CertiPUR-US certified, guaranteeing zero ozone depleters, heavy metals, or formaldehyde. The ultra-low VOC foam ensures fresh air quality from the first night, with 97% odor dissipation within 24 hours of unboxing.
  • 7-Zone Orthopedic Support System : Engineered with medical-grade precision, our zonal support design of twin mattress features varying coil densities at shoulders (softer), lumbar (firmer), and legs (medium) to maintain spinal alignment. Lab tests show 28% better pressure distribution compared to standard hybrid mattresses, reducing morning back pain by up to 72%.
  • Dynamic Cooling Ecosystem: Triple-action cooling technology combines: (1) 3D airflow fabric cover (2) Open-cell copper-infused memory foam (3) Channeled airflow base layer. Sleeps 4°F cooler than traditional hybrids, with moisture-wicking performance tested to remove 83% of nighttime perspiration.
  • Precision-Engineered Pocket Springs: 1,286 individually wrapped coils (15-gauge steel) work like micro-shock absorbers, each responding independently to body contours. The dual-layer design features 2" adaptive comfort foam + 8" reinforced support base, providing cradle-soft surface feel with zero motion transfer (<0.5 Nm disturbance).
  • Smart Motion Isolation 2.0: NASA-inspired spring technology reduces partner disturbance by 90%. Dynamic response coils instantly adapt to movement - whether changing sleep positions (response time <0.3 sec) or getting in/out of bed, ensuring uninterrupted sleep cycles. Ideal for couples with different schedules.

Part Number: Z1-1214

model number: Z1-1214

Go to full site