Agricultural wear-resistant hydraulic reversible plow blade
As a core component of tillage machinery that directly contacts the soil and performs the functions of cutting and breaking up the soil, the quality of the plow blade directly determines tillage efficiency and operating costs. This plow blade is specifically designed for hydraulic reversible plows and various types of suspended plows, and adopts advanced heat treatment technology and high-strength alloy steel material, aiming to provide users with a superior tillage experience that is "sharp, wear-resistant, and impact-resistant".
Made with premium materials for superior wear resistance: This product uses 65Mn manganese steel or 30MnB high-grade boron steel (depending on the model) as the base material. After multiple heat treatment processes (overall quenching + local tempering), the surface hardness reaches 38-45HRC, while the core maintains extremely high toughness. Compared to ordinary carbon steel plows, its wear life can be extended by 2-3 times, easily handling sandy soils, heavy clay soils, and harsh geological conditions with gravel, significantly reducing the frequency of field replacements and saving you valuable farming time.
Scientifically designed for smooth soil entry: Utilizing a streamlined, curved surface design and optimized entry angle, combined with self-sharpening blade technology, the friction between the plow and the soil during tillage keeps the blade sharp, effectively reducing traction resistance and tractor fuel consumption (actual fuel savings of 5%-8%). The sharp tip easily cuts crop stubble, achieving level tillage, tight coverage, and significantly improving soil breakup.
Strict quality control and precise fit: The product is forged using precision molds to ensure that the mounting hole spacing and curved surface height are consistent, allowing for a seamless fit with the original plowshare, eliminating the need for on-site hole modification or adjustment. The surface is treated with anti-rust spraying or blackening to effectively prevent rust during storage and transportation, making it ready to use immediately after installation.











