3T Lawn Mower Blade are made of 40MnB material, a high-quality alloy steel material with high strength and wear resistance. This material selection ensures that the blades can maintain good stability and durability when subjected to various mechanical stresses and wear during mowing.
The thickness of the blade is 2.5 mm, which not only ensures the strength of the blade, but also avoids the increase in weight and energy consumption caused by excessive thickness. Reasonable thickness enables the blade to maintain stable cutting performance under uniform mowing conditions, while reducing excessive wear caused by insufficient thickness.
The hardness grade of the blade is HRC40-45, and this hardness range allows the blade to achieve a good balance between strength and elasticity. High hardness ensures that the blade can resist various impacts and wear during mowing, while appropriate elasticity helps the blade maintain a stable shape when subjected to force, avoiding deformation or breakage.
The cutting edge of the 3T mower blade is designed to be very sharp, which can easily cut the grass on the lawn. This design not only improves mowing efficiency, but also reduces additional wear caused by uneven cutting. Under uniform mowing conditions, the blade can maintain a stable cutting speed and depth, avoiding local excessive wear caused by uneven cutting.
The 3T mower blade uses high-quality materials and reasonable design, so that the 3T mower blade can maintain cutting performance and durability during long-term use. The blade also has good compatibility and is suitable for a variety of different mower models and brands, providing users with more choices and convenience.
The 3T mower blade can remain durable under uniform mowing conditions, mainly due to its high-quality material selection, reasonable thickness design, high hardness and elasticity balance, efficient cutting performance, and good durability and compatibility. These factors work together to make the 3T mower blade an ideal choice for users in mowing operations.