In modern paper mills, massive paper rolls often weigh several tons. Safely and efficiently transferring these bulky materials between production lines, warehouses, and shipping areas presents a massive challenge for logistics automation. To cope with such extreme high-load environments, Automated Guided Vehicles (AGVs) must be equipped with the most robust components. Among these, high-quality AGV wheels are the critical factor determining the stable operation of the entire handling system. As an industry-leading manufacturer, KUNFENG has engineered premium heavy-duty AGV wheels specifically tailored for the severe working conditions of paper mills.
In modern paper mills, massive paper rolls often weigh several tons. Safely and efficiently transferring these bulky materials between production lines, warehouses, and shipping areas presents a massive challenge for logistics automation. To cope with such extreme high-load environments, Automated Guided Vehicles (AGVs) must be equipped with the most robust components. Among these, high-quality AGV wheels are the critical factor determining the stable operation of the entire handling system. As an industry-leading manufacturer, KUNFENG has engineered premium heavy-duty AGV wheels specifically tailored for the severe working conditions of paper mills.

Three Key Features of KUNFENG Heavy-Duty AGV Wheels
1.High Load Capacity for Heavy-Duty Material Handling
Handling heavy paper rolls requires wheels with extraordinary compressive strength. KUNFENG's heavy-duty AGV wheels feature a high-strength steel wheel core and a thickened hub structure, ensuring no bending or deformation occurs even under extreme loads. Simultaneously, the equipped high-performance bearing system effectively supports the continuous, long-term operation of heavy-duty AGVs—maintaining stability even under frequent start-stop conditions fully loaded. The exterior is coated with premium polyurethane (PU), which not only withstands massive weight but also effectively distributes ground pressure, protecting the workshop flooring from damage.
2.Superior Traction and Wear Resistance
In paper mill workshops, floors may be covered with paper scraps or feature smooth, slippery areas. Our wheels boast a high coefficient of friction, providing excellent anti-slip performance to ensure the AGV does not slip during full-load starts and braking. Outstanding wear resistance significantly extends the service life of the wheels, thereby reducing maintenance costs. Furthermore, the excellent shock-absorbing design dramatically lowers operational noise and protects valuable paper roll materials from bumps during transit.
3.Customized Designs to Match Various AGV Systems
The AGV chassis designs vary across different paper mills. KUNFENG offers highly customized services; the diameter, width, and load capacity of our paper roll handling AGV wheels can all be adjusted to meet your specific needs. We provide custom installation interfaces that perfectly match various drive motors and reducers. For manufacturing facilities with special requirements, we also support anti-static and non-marking tread designs to ensure floor cleanliness.
*Below are the typical technical specifications of KUNFENG heavy-duty AGV wheels for selection reference (specific parameters are subject to actual project requirements):
| Technical Parameter | Reference Specification | Selection Notes |
| Wheel Diameter | Ø200–Ø400 mm | Larger diameters generally reduce ground contact pressure. |
| Rated Load Capacity per Wheel | Up to 3,000 kg | Includes allowance for a dynamic impact factor of 1.3–1.5. |
| Tread Materia | Premium polyurethane (PU) | Hardness: 92 ± 3 Shore A; adjustable to suit operating conditions. |
| Wheel Core / Hub | High-strength steel / ductile iron | Reinforced, thickened construction to resist deformation under eccentric loading. |
| Bearing System | Tapered roller bearings / spherical roller bearings | Standard bearing options for heavy-duty drive wheels. |
| Optional Tread Properties | Anti-static / non-marking / enhanced wear-resistant formulations | Select according to the workshop environment and application requirements. |
Frequently Asked Questions of AGV Wheels
Q1: What is the lifespan of AGV wheels handling 3-ton paper rolls?
Assuming proper selection and maintenance, the tread life of KUNFENG polyurethane AGV wheels can reach 18–36 months. Actual lifespan is significantly influenced by start-stop frequency, floor cleanliness, and overloading.
Q2: Will paper dust and scraps invade the bearings and cause damage?
Our wheels come standard with labyrinth or double-lip sealing structures to block the intrusion of paper scraps and lint. We use high-adhesion lubricating grease for the bearings to prevent dust from mixing in and wearing down the raceways.
Q3: We need anti-static and non-marking wheels. Does KUNFENG support this?
Yes. Our wheel material features a specially formulated design that stably dissipates static charges, preventing paper dust from adhering.The non-marking formula utilizes non-polluting polyurethane, ensuring long-term operation without leaving black marks or chemical residues on the floor, making it ideal for cleanrooms.
Q4: We are an AGV manufacturer/paper mill tech upgrade project. How do we customize with KUNFENG?
Simply provide your AGV parameters and installation interface drawings. The KUNFENG engineering team will output a complete matching solution. Customization cycles typically take 2–4 weeks, with bulk delivery following sample confirmation.
Contact KUNFENG Today
To gain a deeper understanding of how drive systems operate, you can explore our solutions specifically designed for AGV Wheels for Material Handling Robots. KUNFENG's heavy-duty AGV wheels combine high load capacity with high traction. The polyurethane material adapts to various complex working conditions, and its wear-resistant, low-noise characteristics are perfect for long-term continuous operation. These advantages ultimately translate into higher reliability and safety for your automated logistics system.
Contact us now to get your exclusive custom solution !

