Boron steel wear-resistant reinforced plowshare
This plowshare is a core component in modern agricultural tillage, designed for efficient soil breaking, pulverizing, and tilling. Manufactured using advanced technology and high-quality materials, it boasts superior wear resistance, excellent soil penetration, and an exceptionally long service life. It significantly reduces tillage resistance and improves fuel economy, making it an ideal choice for replacing old, worn-out plowshares and upgrading tillage performance.
1、"Hardcore" Quality: Forged from special alloy steel, the cutting edge undergoes special quenching treatment or is inlaid with tungsten carbide wear-resistant welding rods, resulting in extremely high hardness and wear resistance 2-3 times higher than ordinary plows.
2、"Fast" Soil Penetration: The scientific curved surface design and precise blade angle ensure easy cutting in various soil conditions, smooth tilling, and prevents weed entanglement and soil accumulation.
3、Worry-free and durable: Superior wear resistance significantly extends replacement cycles, reduces downtime for replacements, lowers long-term operating costs, and offers multiple uses with a single shovel, making it economical and efficient.
4、Widely compatible: Offers various models and mounting hole positions, perfectly matching mainstream domestic and international brands and models of plow frames (such as reversible plows, moldboard plows, and suspended plows).
1、High-efficiency deep tillage: Effectively breaks up the plow pan, deepens the tillage layer, improves soil structure, and facilitates water retention.
2、Thorough tilling: Turns surface weeds, stubble, fertilizer, and pest and disease tissue into the subsoil, achieving clean farming and creating a good seedbed for sowing.
3、Reduced power consumption: The optimized curved surface design effectively reduces tillage resistance, lightens the tractor load, and saves fuel by up to 10%-15%.
4、Improved efficiency: Maintains stable tillage width and depth, ensuring uniform tillage quality and improving overall operational efficiency.
