Precision-machined parts for agricultural equipment
A precision-engineered wheel weight is a critical agricultural precision part designed to ensure accurate balance between the wheel and tire assembly. Improper balancing can harm ride quality and accelerate the deterioration of associated precision automotive components such as suspension systems, tires, bearings and shock absorbers. Superior CNC-machined wheel weights increase overall security while operating, prolong tire life, lower consumption of fuel and improve vehicle control.
Modern precision-machined wheel components used in agricultural vehicles are manufactured without lead content and are compatible with steel and alloy wheels. Improvements in CNC precision engineering make it possible to reduce the total mass of the vehicle while optimizing the balance of weight. To ensure long-term endurance under difficult circumstances, tractor wheel balancing components are coated with protective polymers or zinc to prevent rusting, surface erosion and staining.
Based on OEM requirements, precision-machined wheel weights are produced in multiple sizes, profiles and mounting configurations. To guarantee safe attachment and reliable functioning, every part is made to precise tolerances. Rim geometry is used to choose clip-on and stick-on designs, which allow for dependable fit and simple installation. As a precision component manufacturer in India, AQF India delivers high-accuracy machined wheel components that meet predefined dimensional and performance specifications for agricultural and industrial applications.
A crucial part of the vehicle that joins the wheel structure to the suspension system and permits reliable transfer of weight and smooth rotation is a precisely designed wheel hub. In order to guarantee precise acceleration, positioning and efficient vehicle performance, the wheel hub facilitates the axle-to-wheel interface and collaborates with the wheel bearing.
The precision-machined wheel hub is designed with an integrated wheel flange for mounting the brake rotor or drum and the wheel assembly. It includes a dedicated provision for bearing fitment and a mounting interface to connect with the steering knuckle. The drive axle is secured through the hub's center bore, which allows for effective torque transfer while preserving stability in dimensions, depending on the vehicle setup.
Wheel hubs and wheel bearings have different mechanical purposes within the wheel unit, despite the fact that they are often employed similarly. Accurate bearing setup, ease of assembly and reliable performance during operation are all made possible by a precision-manufactured wheel hub. In difficult operations, precise fitment and long-term dependability are ensured by controlled machining procedures and dimensional accuracy.
Over time, wheel hubs are subject to wear due to continuous load, vibration and environmental exposure. High-quality machined wheel hubs are made to last longer, minimize premature breakdowns and require less maintenance. The precision and longevity of the wheel hub that connects the wheel to the chassis have a major impact on the vehicle's functionality, safety and productivity.