Aggregated specification data identifies the Gogoonike B091M7XJ2K as a mechanical riser constructed from high-density ABS plastic and silicone. The dual-hinge system utilizes high-tension friction washers rated for approximately 5,000 to 8,000 cycles. Physical metrics indicate a foldable "M" frame geometry that facilitates airflow through ventilated pathways rather than thermal conduction.
Material science reports list the thermal conductivity of the ABS chassis at approximately k≈0.1−0.2 W/m·K. This non-conductive material provides electromagnetic interference neutrality for hardware with bottom-mounted antennas. Structural analysis confirms the presence of non-marring silicone surfaces across all contact points to prevent surface degradation of the mounted device.
Functional feature highlights include:
- Operational State: Foldable portable configuration.
- Damping Characteristics: Acoustic absorption of internal mechanical vibrations.
- Deployment Suitability: Mobile and lightweight workstation environments.
Technical documentation indicates that ABS is susceptible to material creep if exposed to exhaust temperatures exceeding 60°C over multi-year periods. Performance metrics show that hinge tension is non-adjustable, resulting in a fixed height once internal washer degradation occurs.
For users requiring higher thermal mass and a 5mm aluminum plate, the Omoton Detachable Mount is an appropriate alternative to this plastic-based solution.
Comparative data for this hardware type is maintained within the laptop stands classification for ergonomic device benchmarking.
