50 Ton Heavy Forklift Truck Attach Roll Prong
Inquire NowDescription
The 50 Ton Heavy Forklift Truck is engineered for heavy-duty operations, featuring a robust diesel engine known for its low oil consumption, superior turbocharging, and impressive torque reserves. This forklift’s design emphasizes power performance while promoting energy conservation and environmental protection. The vehicle is equipped with a full-hydraulic steering system, utilizing a transverse oil cylinder type steering bridge that ensures flexibility and reliability in maneuvering.
For seamless operation, the forklift incorporates an advanced transmission and torque converter, utilizing imported technology for smooth gear engagement and maintenance ease. The braking system is equally impressive, featuring professional-grade disc brakes renowned for their rapid heat dissipation, lightweight structure, and adaptability under heavy loads. Stability is paramount, which is why the forklift boasts an exquisite box-type frame structure, reinforced through rigorous 3D finite element analysis and non-destructive testing.
The hydraulic fork positioner standard ensures simplified operation while reducing the labor intensity of drivers. Furthermore, the box-type internal-external mast, coupled with specialized roller bearings, enhances lifting performance. The full cab is designed with comfort in mind, offering air conditioning, heating, and a rear-view display for optimal visibility during operation.
Specifications
Feature | Details |
---|---|
Load Capacity | 50 Ton |
Engine Type | Diesel, Turbocharged |
Steering System | Full-Hydraulic Steering |
Braking System | Disc Brakes |
Frame Structure | Box-Type, Reinforced |
Fork Type | Hydraulic Fork Positioner |
Mast Type | Box-Type Internal-External |
Cab Features | AC, Heater, Rear View Display |
Additional Information
- Enhanced system stability with independent transmission and hydraulic oil coolers.
- Excellent performance even under heavy loads due to sophisticated braking technology.
- Simplified maintenance processes for operators.