IC Pneumatic Tire Forklifts
• More Stable Overload Starting and Acceleration: Diesel engines deliver high torque at low speeds, which prevents "engine stalling" or "vehicle rolling backward" during startup. This ensures higher safety especially when operating on slippery surfaces or slopes.
• Long Endurance, No Charging Anxiety: Diesel forklifts can operate continuously simply by refueling, making them suitable for outdoor long-distance handling or sites with poor power infrastructure.
• Better Adaptability to Low-Temperature Environments: Diesel engines can start normally at temperatures above -10℃, whereas the battery capacity of electric forklifts will decrease significantly in extremely cold environments, affecting work efficiency.
As the "golden ton" among material handling equipment, the 3.5-ton forklift has become the mainstream choice in industries such as warehousing, logistics, and manufacturing, thanks to its comprehensive advantages in load capacity, flexibility, power adaptability, and cost-effectiveness.
I. The "King of Balance" in Load Capacity and Scene Coverage
The 3.5-ton rated load capacity is its most intuitive advantage, which accurately meets the handling needs of medium-sized goods and avoids resource waste.
Stronger than small forklifts: It can easily handle medium-heavy loads such as palletized goods and bulk materials. Some models even support an overload capacity of 3.8 tons (subject to compliance with regulations) to meet more complex working conditions.
More flexible than large forklifts: With a more compact body size, its minimum turning radius is much smaller than that of 5-ton forklifts. It is suitable for scenarios with limited warehouse aisle width or operating environments that require frequent steering and U-turns.
II. Upgraded Operating Experience and Safety
Modern 3.5-ton diesel forklifts have significantly improved operating comfort and safety through technical optimization, reducing operator fatigue and accident risks:
Lightweight operation: Mainstream models are equipped with hydraulic power steering, which reduces the steering force by more than 50%. The operating force is only 1/3 of that of traditional valve-controlled systems, making long-hour operations much easier.
Optimized visibility: A wide-visibility mast is adopted, with the outer mast width reduced. There is no obstruction to the front visibility of the forks, allowing operators to clearly observe the environment around the forks and reduce collision accidents.
Rich safety configurations: Standard configurations include a overhead guard to prevent impact from falling objects above, dual-line hydraulic brakes, and anti-slip pedals (anti-slip on rainy or oily ground).
III. Better Cost-Effectiveness
For enterprises, the total lifecycle cost (purchase + maintenance + energy consumption) of 3.5-ton forklifts is more competitive:
Moderate purchase cost: Compared with 5-ton diesel forklifts, 3.5-ton models offer higher cost performance.
Low maintenance cost: Diesel engines feature mature technology, strong part universality, and low maintenance costs.
Energy efficiency: Diesel forklifts do not require additional charging facilities, making them more suitable for enterprises without fixed charging sites.
IV. Wide Adaptability and Strong Expandability
The "medium-sized" positioning of 3.5-ton forklifts enables them to adapt to more segmented scenarios through attachment modification, improving equipment utilization:
Standard attachments: It can quickly replace side shifters, rotators, paper roll clamps, etc., covering multiple industries such as warehousing, papermaking, and textiles.
Special modifications: Some models support widened masts and heightened masts to cope with special working conditions.
Conclusion: The Core Value of 3.5-Ton Forklifts
The reason why 3.5-ton forklifts have become the "versatile tonnage" lies in the fact that they have found the optimal balance between load capacity, space, power, and cost. They can not only handle medium-heavy goods but also operate flexibly in narrow spaces; they can meet the needs of multi-shift continuous production while avoiding the high energy consumption and high cost of large forklifts. For most small and medium-sized warehousing, logistics enterprises, or manufacturing plants, they are the preferred equipment to improve operation efficiency and reduce comprehensive costs.