The object of this bachelor thesis is the analyze the impact of extremely low temperatures to the bonded joint of ABS furniture edges and PB. Temperature is one of the factors with a significant influence of strength of bonded joints, which has a major impact on the selection of a suitable adhesive. It should withstand extremely low and high temperatures and therefore should has adequate properties which are related to the conditions for transport logistics. Thesis deals with the strength of the bond furniture edges, which is subjected of cyclic thermal loading. The bond strength is tested by peeling ABS edges at 90° and by shear loading at 45°. The research worked with available and commonly used materials (ABS and PB) and bonded joint was connected with hotmelt adhesive PUR. The results were statistically processed, interpreted in the text and graphically depicted. In the final part of the thesis was the issue comprehensively evaluated and conclusions were expressed.