SPARKLING R170W-7 Transmission Gear – Durable Excavator Part

The ZGAQ-02211 Gear Ring and ZGAQ-02224 Carrier Planet are precision-engineered transmission components for Hyundai wheel excavator models R170W-7, R180W-9A, R200W-7, and R210W-9S. These parts are critical elements of the final drive assembly, responsible for delivering stable torque and efficient power transmission under heavy-duty working conditions.

Manufactured with high-strength alloy steel, both the gear ring and carrier planet are heat-treated for durability, ensuring long service life and excellent wear resistance in demanding excavation environments.

   SPARKLING MACHINERY NEW EC220D VOE14673968/14404454 Pipe is a dedicated fluid transmission component for VOLVO EC220D crawler excavators (used in construction, municipal engineering, and medium-scale mining). As a key part of the excavator’s hydraulic or cooling system, it transports hydraulic oil or coolant between core components (e.g., pumps, valves, radiators) to ensure uninterrupted fluid flow during tasks like digging, loading, and slope grading.
   Meeting VOLVO OEM standards (part nos. VOE14673968/14404454), it endures 30 MPa hydraulic pressure, -30°C to 100°C temperatures, and corrosion. Strict testing guarantees seamless compatibility and leak-free, long-term reliable fluid transmission for the four VOLVO models.

The Caterpillar O‑Ring Kit (part no. 270‑1528 / 2701528) includes approximately 570 nitrile (Buna‑N) O‑rings available in 32 standard sizes, designed for use in heavy-duty Cat equipment such as wheel loaders (962, 936F, 960F, 972G, 980C, 980F) and excavators. Built to OEM specifications with 90 Durometer hardness, this kit offers reliable sealing for hydraulic fittings (SAE STOR, ORFS, Code 61/62 flanges), preventing leaks, maintaining system integrity, and significantly reducing downtime during maintenance

   SPARKLING MACHINERY NEW 334/C2147 Radiator is a critical cooling system component tailored for compatible heavy-duty construction machinery, such as excavators and loaders. As the core of the machinery’s heat dissipation system, it efficiently transfers heat from engine coolant to the surrounding air—preventing engine overheating during high-intensity operations like prolonged digging, heavy-load lifting, and continuous idling in construction, mining, or infrastructure projects. This function is vital for maintaining the engine’s optimal operating temperature (typically 82–95°C), which directly influences fuel efficiency, power output, and the long-term service life of key engine components.

   Engineered to match original equipment performance standards, it retains strong heat dissipation efficiency even under harsh working conditions, including high ambient temperatures, dust accumulation, and constant machinery vibration. It resists coolant leakage and internal blockages, avoiding cooling system failures that could lead to costly engine damage or unplanned downtime. Backed by strict performance verification, it guarantees reliable heat exchange to support uninterrupted operation of compatible heavy-duty machinery.