The motor connecting disc adopts high-quality alloy steel as raw material, and undergoes precision forging, finish machining and surface strengthening treatment. The overall structure is compact and reasonable, with evenly distributed mounting holes to ensure uniform stress during operation and avoid local deformation. It has good flexibility to compensate for minor axial and angular misalignment between connected parts, effectively reducing vibration and mechanical impact during power transmission. The surface is treated with anti-rust and anti-corrosion process, which can resist the erosion of dust, moisture and oil. With high machining precision, it fits tightly with matching parts, features no transmission gap, stable power output, and is a general replacement part for supporting power assemblies.
High-strength alloy steel and integral forging process provide outstanding torsional resistance and load-bearing capacity for heavy-load power transmission.
Good flexible performance compensates for shaft misalignment, reduces vibration and shock, and extends the service life of connected parts.
Uniform hole layout and high machining precision ensure even stress distribution and stable operation without abnormal noise.
Professional surface treatment achieves excellent rust and corrosion resistance, adapting to dusty and humid working environments.
Standardized mounting size and hole position realize direct installation and replacement, simplifying daily maintenance work.
Excellent wear resistance and anti-fatigue performance lower failure rate and reduce long-term operating costs.