With Chenggong TEAM high pressure hydraulic system, and the Max bucket breakout force 102kN.
Large-diameter hydraulic pipe lines reduce energy consumption during hydraulic power transmission and reduce operating costs.
International level high-pressure pipeline equipment to reduce manufacturing defects to as low as possible, like zero.
Advanced steel pipe welding technology ensures smooth weld seam, no slag pollution, and low flow resistance inside of pipes.
With Chenggong TEAM high pressure hydraulic system, and the Max bucket breakout force 102kN.
Large-diameter hydraulic pipe lines reduce energy consumption during hydraulic power transmission and reduce operating costs.
International level high-pressure pipeline equipment to reduce manufacturing defects to as low as possible, like zero.
Advanced steel pipe welding technology ensures smooth weld seam, no slag pollution, and low flow resistance inside of pipes.
Different sensors, combined with the instrument, could timely grasp wheel loader working information, which makes the operation is more safe and efficient.
The wire harness is manufactured by world-class processing equipment and components. It is sealed well and corrosion-resistant for stable power supply.
WEICHAIWP6G series engine models keep low speed, high torque and strong power. TEAM technology and above engine models ensure stable power output and longer service life.
The new shock-absorbing radiator makes the its body flexible and avoids the cracks in the welding position of water channel. Compared with the previous generation, its the durability is greatly improved.
The multistage fuel and air filtration system could effectively work in the dusty working conditions, ensuring the cleanliness of the engine systems, preventing the early wear of the engine, and improving the fuel burning rate which is good for environmental protection and less fuel cost.
The new designed layout of the radiator improves the heat dissipation ability for both radiator and the torque converter, ensuring that the oil temperature and water tem peratu re are stable in the optimal efficiency state