This work is devoted to the improvement of a new building material for the road market - connecting bitumen-polymer tapes. The conditions for the use of such tapes have recently been significantly expanded both as a result of the harsh operating temperature conditions of the coating, and due to the need for road construction work at unsatisfactory temperature and humidity. The study attempts to assess the feasibility of using some brands of styrene-butadiene thermoplastic elastomers as a polymer base of adhesives to provide short-term increased strength of fastening of connecting bitumen-polymer tapes to the side surfaces of the crushed stone base for the period before laying a hot asphalt concrete mixture and forming a monolithic asphalt concrete coating in the seam area. The work on the study of a new type of material was hampered by the lack of appropriate technical standards for checking the quality of bitumen-polymer tapes for delamination and separation. Therefore, a high-hardness rubber compound based on styrene-butadiene rubber was chosen as a model solution. The data obtained confirmed the assumption about the effectiveness of various brands of SBS polymers to ensure the confectionery resistance of the base. The established dependencies were distributed and confirmed for highly porous concrete and embedded parts of metal fences.