Car Jack Lifting Rubber Support Block

Our Car Jack Lifting Rubber Support Block is a professional-grade automotive maintenance accessory engineered to deliver exceptional safety, stability, and protection during vehicle lifting operations. Meticulously designed to complement all types of car jacks—including hydraulic jacks, scissor jacks, and bottle jacks—this rubber support block serves as a critical buffer between the jack’s lifting pad and the vehicle’s undercarriage, addressing the limitations of generic jack pads and ensuring reliable performance for both professional automotive workshops and DIY enthusiasts.

Crafted from high-quality industrial rubber, this support block boasts a robust formulation tailored to the demands of automotive maintenance. The premium rubber material offers outstanding load-bearing capacity, capable of safely supporting the weight of passenger cars, SUVs, light trucks, and commercial vehicles without permanent deformation, cracking, or compression set. Unlike rigid metal alternatives, rubber’s inherent elasticity provides superior shock absorption, effectively dampening vibrations and impact forces generated during lifting—minimizing stress on both the jack and the vehicle’s chassis. It also exhibits reliable resistance to automotive oils, greases, and environmental elements, maintaining structural integrity even in harsh workshop conditions with temperature fluctuations (operating range: -30°C to 80°C), ensuring long-lasting usability for frequent applications.

Safety is integrated into every design detail, starting with the specialized anti-slip surface. The top of the support block features precision-molded deep grooves and a high-friction texture that significantly enhances the coefficient of friction between the pad and the vehicle’s jack points. This anti-slip design ensures a firm, secure grip, eliminating the risk of slippage or accidental displacement even when the contact surface is oily, greasy, or dusty—a common hazard in automotive maintenance scenarios. Additionally, the soft, non-abrasive rubber surface protects the vehicle’s delicate chassis rails, frame members, and jack points from scratches, dents, or metal-to-metal contact damage, preserving the integrity of the undercarriage.

Engineered for seamless compatibility and practicality, the support block features precise dimensions of 65×33mm, calibrated to fit standard jack lifting pads and vehicle jack points. With a lightweight design of just 110g, it offers exceptional portability—easily stored in toolboxes, garage cabinets, or vehicle trunks, making it an essential accessory for on-site repairs, roadside assistance, or regular garage maintenance. The compact yet sturdy structure ensures stable load distribution across the jack point, reducing stress concentration and enhancing overall lifting stability.

Beyond safety and protection, this 65×33mm, 110g rubber support block enhances the efficiency of jack operations. Its rigid-yet-flexible structure adapts to minor surface irregularities, ensuring consistent contact and load transfer. The durable rubber material resists wear and tear, minimizing maintenance needs and replacement frequency, delivering long-term cost savings for professional workshops and individual users alike. It is also compatible with most standard jack models, eliminating the need for specialized adapters or modifications.

Each Car Jack Lifting Rubber Support Block (65×33mm, 110g) undergoes rigorous quality control testing, including load-bearing capacity, anti-slip performance, elasticity, and dimensional accuracy assessments, to meet international industrial safety standards. Whether you’re a professional automotive technician relying on jacks for daily repairs or a car enthusiast maintaining your vehicle at home, this support block is the ideal upgrade to enhance operational safety, protect your equipment and vehicle, and ensure consistent, reliable performance in every lifting task. Trust in a product designed specifically for car jacks—where precision engineering and premium rubber combine to redefine safety in automotive maintenance.