Nissan K25 Engine 2 Ton Gas LPG forklift with Side Shifter

1. Stable 2 Ton Load Capacity & Universal Pallet Matching
As reliable Nissan K25 Engine 2 Ton Gas LPG forklift with Side Shifter, it has a standard rated load of 2000kg, matched with 1.2m long standard forks. It fits all common domestic and export pallets, widely used in factories, warehouses and cargo yards for stacking and transporting all kinds of medium and light goods.

2. Powerful & Fuel-Saving Nissan K25 Gas Power System
This Nissan K25 Engine 2 Ton Gas LPG forklift with Side Shifter adopts original Nissan K25 LPG dual-fuel engine, delivering stable torque at low speed. It runs smoothly with low fuel consumption and low exhaust emission, supporting long-time continuous outdoor and indoor all-day shift work without frequent rest.

3. Built-in Side Shifter Attachment for Higher Loading Efficiency
Equipped with integrated side shifter as standard configuration, the forklift can adjust pallet position left and right without moving the whole vehicle. This Nissan K25 Engine 2 Ton Gas LPG forklift with Side Shifter greatly reduces repeated reversing operations, improves loading speed and lowers the risk of pallet collision damage.

4. 3 Meter Mast Design to Meet Medium High Stacking Needs
Fitted with 3000mm high lifting mast, it can finish high-level rack storage and container loading work. The triple multi-way valve supports flexible lifting, tilting and side shifting linkage actions, bringing more flexible operation for multi-scenario storage work.

5. Solid, Reliable Driving Axles & Stable Full-Load Driving
Front and rear axles adopt heavy-duty matched parts, with a 2.7-ton counterweight for balanced body weight. Pneumatic tires offer strong grip on rough yard ground, effectively preventing sideslip during full-load turning and lifting, ensuring long-term safe operation.

6. Complete Hydraulic Configuration & Low Failure Rate
A full set of matched hydraulic components, including a 3-spool multi-way valve, gear pump, lifting cylinder and tilt cylinder form a stable hydraulic system. Smooth lifting and shifting actions reduce component wear, cut daily maintenance frequency and bring lower long-term operation cost for buyers.