How Effective is the Insulation of a Self-Bundled Tank

The Self-Bundled Tank employs a double-shell structure, forming a natural insulation cavity between the inner and outer layers, providing stable space for the insulation material. This structure effectively reduces direct heat transfer, slowing down the rate of temperature exchange between the inside and outside through the cavity's barrier effect. The outer shell also protects the inner insulation layer, preventing damage from external factors and maintaining a long-term stable insulation effect.

This type of tank typically uses insulation materials with extremely low thermal conductivity to fill the interlayer. These materials have excellent thermal insulation properties, effectively blocking heat conduction and loss. The materials themselves possess stable physicochemical properties, are not prone to deformation, aging, or failure under different temperature environments, and can maintain excellent insulation characteristics for a long time.

The Self Bunded Tank is designed with a focus on sealing. All connections utilize a tight-fitting structure to effectively reduce air infiltration. Airflow causes heat convection, and a tight seal blocks this heat transfer path, preventing a decrease in insulation performance due to air circulation. Excellent sealing also prevents external moisture from entering the insulation layer.

The Self Bunded Tank's insulation system can be tailored to different operating environments. In low-temperature environments, optimized insulation material thickness and sealing levels enhance heat barrier capabilities. In environments with large temperature differences, the synergistic effect of the double-layer structure and high-quality materials stabilizes the internal temperature and reduces temperature fluctuations.