The utility model relates to the technical field of
new energy automobile battery protection, in particular to a rubber pad with a temperature-sensitive memory
alloy framework, which comprises an insulating layer, a rubber main body layer, a
heat conducting layer and a wear-resistant fireproof layer which are arranged in sequence, a grid-shaped
alloy framework layer which is vertically arranged is embedded in the rubber main body layer, the
alloy framework layer is made of
nickel-
titanium alloy, and the temperature-sensitive memory alloy framework is arranged in the
heat conducting layer. Comprising two framework bodies which are arranged in parallel, each framework body is of a grid structure formed by connecting a plurality of framework rods, and a filling layer is arranged in grid holes of each framework body. By arranging a multi-layer
composite structure, the
temperature response type self-adaptive buffering and supporting functions are achieved. The rubber main body layer provides basic elastic buffering; the heat conduction layer quickly leads out battery heat; and the wear-resistant fireproof layer resists external friction and high-temperature flames. The vertical latticed
nickel-
titanium alloy framework layer is subjected to
martensite-
austenite phase transformation, so that the flexibility is kept at low temperature to absorb vibration, and the rigidity is enhanced at high temperature to limit the excessive expansion of the battery.