To investigate the mechanical and operational properties of acrylate polymer blended with polyvinyl chloride resin (ABR) pipes in low-temperature environments, the study conducted compression and tensile performance tests on ABR, high performance unplasticized polyvinyl chloride pipe (PVC-UH), and unplasticized polyvinyl chloride (PVC-U) pipes of PN1.0 MPa specification under various temperature conditions. An experimental study on the tightness under internal pressure and angular deflection performance of the three types of pipes in a 5 ℃ environment was also carried out. Based on test and experimental results, a numerical simulation study of the deflection angle sealing performance of ABR pipes at low temperatures was conducted. The results indicate that at low-temperature conditions, the mechanical performance of ABR pipes surpasses that of PVC-UH and PVC-U pipes, the incorporation of acrylate polymer (ACR) modifier significantly enhances the compression, tensile, and leak resistance properties of ABR pipes at low-temperature conditions. At 5 ℃, the yield strength of ABR pipe material is 57.1 MPa, the elastic modulus is 3 679.3 MPa, the elongation at break is 71.5%, the ring stiffness is 22.67 kN/m², and the ring flexibility is excellent. Simultaneously, in a 5 ℃ environment, the sealing integrity of ABR pipe joints remains intact under the influence of 0.4 MPa static hydraulic pressure and an 8° deflection angle displacement.