ZTAC-00161 Heavy Machinery Control Column

   SPARKLING MACHINERY NEW SK250LC SK250NLC-6 LQ10V0008F2 Pump, a premium China-made hydraulic core component, is specifically engineered for SK250LC and SK250NLC-6 excavators, serving as the critical power transmission unit of hydraulic systems. It converts mechanical energy into stable hydraulic pressure to drive essential operations such as arm movement, bucket action, and lifting, ensuring seamless performance in construction, mining, and earthmoving tasks.

   Crafted from high-strength alloy materials with precision-machined internal components, this pump withstands high pressure and continuous heavy loads while maintaining consistent performance. Equipped with advanced hydraulic regulation technology and multi-layer sealing systems, it minimizes leakage and resists dust, water, and debris intrusion, adapting to harsh working environments. Backed by strict quality testing and professional support, it guarantees reliable operation, reducing downtime and maximizing equipment productivity.

   SPARKLING MACHINERY NEW KX016 KX018 RG138-61720 Joystick Assy is a dedicated operational control component exclusively designed for KX016 and KX018 mini excavators—ideal for small-scale construction, landscaping, and indoor renovation tasks. As the core of the excavators’ human-machine interface, it enables precise control of the machine’s working mechanisms (e.g., bucket movement, arm lifting, and body rotation) by translating the operator’s manual inputs into electrical or hydraulic signals. This function is critical for ensuring smooth, accurate operation during delicate tasks like trench digging, material placement, and narrow-space maneuvering, directly enhancing work efficiency and reducing the risk of operational errors that could damage the machine or surrounding structures.

   Engineered to match original equipment performance standards, it maintains responsive control and structural durability even under harsh working conditions, including continuous operator use, vibration, and exposure to dust or light moisture. It resists switch failure and handle loosening, avoiding control delays or malfunctions that lead to unplanned downtime. Backed by strict performance verification, it guarantees reliable operational control to support uninterrupted use of KX016/KX018 mini excavators.

   SPARKLING MACHINERY NEW EC120D EC140D EC140E EC160E EC170D VOE14665624 Cable Harness is a dedicated electrical connection component for VOLVO EC120D, EC140D, EC140E, EC160E, and EC170D crawler excavators (widely used in construction, municipal engineering, and medium-scale mining). As the "electrical communication backbone" of the excavator, it transmits stable signals between core components—such as ECUs, sensors, hydraulic valves, and cab instruments—to ensure smooth operation of critical functions like engine control, precision digging, and track movement during high-intensity tasks.
   Meeting VOLVO OEM standards (part no. VOE14665624), it endures -30°C to 85°C temperature fluctuations, resists moisture, dust, and mechanical abrasion, and maintains reliable insulation. Strict performance testing guarantees seamless compatibility with the five VOLVO models and long-term stable signal transmission.

   SPARKLING MACHINERY NEW EC210B EC240B EC290B EC350 7270-11161(14636708) Relief Valve is a critical hydraulic safety component for Volvo EC210B, EC240B, EC290B, and EC350 excavators (widely used in construction, mining, and medium-scale earthmoving). As the "hydraulic pressure protector", it automatically releases excess pressure from hydraulic systems during tasks like digging, boom lifting, and rock breaking—preventing overpressure-induced damage to pumps, valves, and cylinders, while ensuring stable pressure output for smooth equipment operation.
   Meeting Volvo OEM standards (part nos. 7270-11161/14636708), it endures -30°C to 95°C temperatures, resists hydraulic oil corrosion and vibration, and guarantees precise pressure relief. Strict testing ensures seamless compatibility with the four Volvo models and long-term hydraulic system safety.