SPARKLING Tie Rod Axle – Durable Excavator Steering Component

The Tie Rod Axle is a critical component for the steering system of wheel excavators such as R210W-9, R200W-7, and R200W-7A. This part ensures precise control, alignment stability, and smooth directional changes — all essential for safe and efficient machine operation.

Our tie rod axles — including parts ZGAQ-03225, 0501.007.717, K9007265, K9004062, ZGAQ-04985, and ZGAQ-04480 — are manufactured to OEM specifications, providing excellent durability, corrosion resistance, and compatibility with major wheel excavator models. These components are precision-engineered to handle the high loads and vibrations typical in heavy-duty construction applications.

The VOE14512954 Swing Motor Seal Kit by SPARKLING MACHINERY is designed for Volvo EC460B excavators. Built with durable rubber and PTFE, it ensures excellent sealing, heat resistance, and long-lasting swing motor performance—ideal for heavy-duty maintenance and hydraulic repairs.

The 558-5127 / 5585127 Valve GP-QDR is a genuine replacement hydraulic control valve designed for CAT D7 Track-Type Tractors. Manufactured to Caterpillar OEM standards and weighing 27KG, this original valve ensures high precision fluid control in demanding construction and earthmoving environments.

As a critical component in the hydraulic control system, the GP-QDR valve regulates the flow and pressure to various functions of the bulldozer, helping to deliver reliable and responsive operational performance. SPARKLING MACHINERY offers this valve as part of our premium product lineup—ideal for equipment owners seeking both authenticity and performance assurance.

   SPARKLING MACHINERY NEW VOE20450758 Belt Tensioner is a critical drive system component designed for compatible construction machinery, including excavators and loaders. As a core part of the machinery’s belt-driven systems (powering components like alternators, water pumps, and air compressors), it automatically maintains optimal tension in drive belts. This function prevents belt slippage (which causes inefficient power transmission and overheating) and reduces excessive belt wear, ensuring consistent operation of essential engine accessories.

   Engineered to match original equipment performance standards, it adapts to dynamic operating conditions—such as vibration, temperature fluctuations, and belt stretch over time—without manual adjustments. It safeguards the belt drive system from damage caused by loose or over-tightened belts, minimizing unplanned downtime during heavy-duty tasks like digging, lifting, and material handling. Backed by strict performance verification, it guarantees long-term reliability to keep the machinery’s auxiliary systems running smoothly.