SPARKLING Crawler Excavator Valve Part – Precision & Durability

The HYUNDAI Check Valve 31N8-17420 / XKCG-00456 is a genuine replacement component designed for the main control valve system of Hyundai 9-Series crawler excavators, specifically model R300LC-9.

This check valve plays a critical role in hydraulic flow control. It allows fluid to move in one direction while preventing backflow, which protects the hydraulic system from pressure surges and maintains stable performance during demanding excavation operations.

Manufactured to OEM specifications, this valve offers precision engineering, corrosion resistance, and a durable internal seal — ensuring reliable operation, even under extreme pressure and high-duty cycles. It's ideal for both routine maintenance and emergency repairs when performance and safety are non-negotiable.

The ZGAQ-02351 JOINT HOUSING-LH is a key left-hand structural component used in the front axle or steering assembly of Hyundai wheel excavators R200W-7, R200W-7A, and R210W-9. This joint housing provides crucial support and alignment for the axle shaft and wheel movement, ensuring smooth articulation, durability, and safe machine operation.

Crafted with high-strength cast steel and manufactured to OEM-level precision, this component is designed to endure the stress and load from rugged construction conditions. It’s an ideal replacement part for restoring steering performance and structural integrity.

   SPARKLING MACHINERY NEW 120H 135H 140H 143H 160H 144-5323 Cable is a key electrical connection component for 5 Caterpillar excavator models (construction/mining use). It transmits stable electrical signals between cab controls, sensors, and actuators, ensuring smooth equipment operation. 
   Meeting Caterpillar OEM standards (144-5323), it resists -30°C to 85°C temps, moisture, and vibration, guaranteeing seamless compatibility and long-term reliability.

   SPARKLING MACHINERY NEW 11MB-43110 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 machinery operation.