Support and load-bearing capacity are the primary testing items. Testing typically involves applying standard pressure to different areas of the mattress to observe the uniformity of pressure distribution and resilience of the palm fiber layer. A high-quality, environmentally friendly palm fiber mattress should effectively support the spine and joints, preventing excessive localized sinking, and should return to its original shape after repeated compression, ensuring long-term stability.
Mattress comfort primarily depends on the cushioning and conforming effect of the palm fiber layer. Performance testing evaluates the mattress's ability to distribute pressure and its softness, including comfort in key areas such as the shoulders, waist, and hips. For zoned environmentally friendly palm fiber mattresses, different areas are tested independently to ensure balanced comfort while maintaining support.
Durability testing primarily assesses the deformation of the palm fiber mattress over long-term use through repeated compression, rolling, and vibration simulations. Safety testing includes testing for antibacterial, anti-mite, breathability, and chemical residues to ensure the mattress meets national or international environmental and health standards, such as being free of formaldehyde and heavy metal contamination. Through comprehensive performance testing, the eco-friendly palm fiber mattress achieves a balance in support, comfort, durability, and safety, meeting consumers' needs for healthy and green sleep.
