BASF logo

BASF

Last updated January 31, 2026
319
Innovation Areas
13,244
Inventors
154
Collaborations

Side cold-heat resistance relaxation layer: BASFRecent Research Landscape

Rapid temperature fluctuations in liquid storage cause structural fatigue and containment failure. These innovations engineer specific tank geometries and material interfaces to maintain integrity during extreme thermal cycling.

What technical problems is BASF addressing in Side cold-heat resistance relaxation layer?

Interfacial delamination under thermal stress

(5)evidences

Loss of insulating efficiency over time due to gas diffusion and cell structure breakdown. Preventing this degradation ensures long-term energy efficiency in architectural structures.

Thermal stress structural deformation

(3)evidences

Extreme temperature gradients during cryogenic storage cause rapid material contraction and mechanical stress. Preventing structural integrity loss ensures safe containment of low-temperature liquids.

Building envelope thermal inefficiency

(2)evidences

Differential thermal expansion between wall layers causes mechanical fatigue and interface failure. Mitigating this stress prevents structural cracking and delamination under temperature cycles.