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The performance advantages of polyurethane wheels in coal mining, food processing, automotive production lines, and semiconductor cleanrooms.
For industries such as coal mining, food, and beverages: The high-strength polyurethane tread and metal core are designed for heavy-load, high-impact industrial environments, significantly reducing downtime and maintenance costs.
For industries such as coal mining, food, and beverages: The high-strength polyurethane tread and metal core are designed for heavy-load, high-impact industrial environments, significantly reducing downtime and maintenance costs.
For production line transfer equipment: Extremely low rolling resistance and specialized elastomers deliver exceptionally quiet and seamless operation, eliminating noise pollution and floor scratching issues.
For production line transfer equipment: Extremely low rolling resistance and specialized elastomers deliver exceptionally quiet and seamless operation, eliminating noise pollution and floor scratching issues.
For semiconductor cleanrooms: Non-leaching, antistatic materials meet Class 1000 and higher cleanliness requirements, eliminating particulate contamination in high-speed applications and safeguarding cleanroom integrity.
For semiconductor cleanrooms: Non-leaching, antistatic materials meet Class 1000 and higher cleanliness requirements, eliminating particulate contamination in high-speed applications and safeguarding cleanroom integrity.
We specialize in high-performance polyurethane wheels engineered for extreme demands—unmatched durability in mining, whisper-quiet operation on production lines, and absolute purity in cleanrooms. Our customer-centric solutions set the global standard.
For over two decades, we've evolved from a local specialist into a trusted global partner. Our journey is defined by relentless innovation, deep industry insight, and a proven track record of solving the toughest material handling challenges.
We are advancing the future of automation with smart, integrated wheel systems. Our roadmap includes sustainable materials, IoT-enabled monitoring, and expanding our global support network to better serve our partners worldwide.
High-performance wheels for food, auto, chemical & pharma, semiconductor, mining, and aerospace industries.
OHT wheels, OHCV wheels, EFEM wheels are used in semiconductor workshops and have the characteristics of cleanliness, anti-static and high speed.
Skid conveyor wheels, RGV wheels and lifter wheels for the automotive industry are designed for high load, high cycle production line environments. They are impact resistant and have sensitive starting and braking.
Specialized wheels for electric monorail systems, production line rollers, and AGVs. Engineered for the food industry with grease-resistant materials for easy cleaning and superior hygiene.
Shuttle wheels, electric forklift wheels and pallet truck wheels for the chemical/pharmaceutical industry offer excellent chemical resistance and cleanability, and are typically manufactured with a stainless steel or aluminum core.
Vulkollan polyurethane forklift wheels can be used in logistics and warehousing industries, manufacturing industries, food industries, electronics industries, etc.
Wear-resistant and Low-noise Polyurethane Wheel Solutions for Semiconductor and Automotive
Heavy-duty wheels for steel coil transport AGVs are used in automotive manufacturing. Featuring a cast iron core and highly wear-resistant PU coating. They are suitable for intelligent logistics systems such as stamping shops and uncoiling lines.
Skid conveyor wheels are used in automotive welding, painting, and assembly applications. They utilize high-hardness polyurethane (90-98A) overmolding technology, offer a single wheel load capacity of 1-5 tons, are impact-resistant, wear-resistant, and quiet.
Semiconductor overhead monorail system wheels feature high speed, non-marking performance, cleanliness, positioning accuracy down to 0.1 mm, and smooth operation.
Durable, low-shed polyurethane wheels for pharmaceutical & bioengineering cleanroom carts. Ensure contamination control & floor protection.
Discover high-purity polyurethane AGV wheels for semiconductor cleanrooms. Engineered for low particle generation, silicone-free & ESD control. Ensure yield protection. Get our guide!
Overhead Hoist Transport (OHT) crane wheels ensure precision, stability and cleanliness for semiconductor FOUP transportation; explore their core role in material handling efficiency.
Precision wafer transport cart wheels are cleanroom-compliant polyurethane wheels that ensure contamination-free, smooth movement, low particulate emissions, and chemical resistance during the transportation of sensitive semiconductors.
Polyurethane coated wheels are crucial for the smooth, precise, and long-lasting operation of automated guided vehicles (AGVs), shuttle cars, conveyor lines, and heavy-duty forklifts.
Medical grade wheels offer hygienic, durable, cleanroom-compliant performance, anti-static properties, chemical resistance, and a non-marking design for installation on carts, automated guided vehicles (AGVs), and more.
Mailun supplies polyurethane, nylon & PEEK wheels for automation & logistics. Custom wheels with steel/aluminum cores.
Mailun specializes in the design and production of wheels for automated production lines and material handling equipment, including nylon wheels, peek wheels, and polyurethane wheels.
For automation, logistics, and material handling equipment that demands high durability, heavy-load capacity, resistance to oil/chemicals/extreme temperatures, and low maintenance for 24/7 operation, polyurethane wheels outperform rubber wheels as the superior choice—delivering longer service life, stable performance in harsh environments, and lower total cost of ownership.
Polyurethane wheels are available in PPDI, NDI, TDI, and MDI materials, offering characteristics such as friction resistance, tear resistance, good rebound, non-marking properties, and low rolling resistance. We also offer cleanroom-grade and anti-static wheels.
Polyurethane caster wheels are widely used in logistics for material handling, storage, and transportation scenarios—they are integrated into equipment like AGVs/AMRs, forklifts, warehouse carts, conveyor systems, and loading docks to enable smooth, durable, and efficient movement of goods. Specifically, their high load capacity supports heavy cargo, wear resistance withstands frequent use on concrete/metal floors, oil/chemical resistance adapts to workshop/logistics center environments with lubricants or cleaning agents, and low-noise operation ensures compliance with indoor workplace standards. Additionally, their excellent traction prevents slipping during high-speed or frequent start-stop cycles, while compatibility with steel/aluminum cores allows customization to fit equipment size and weight requirements, making them indispensable for optimizing throughput, reducing downtime, and lowering maintenance costs in modern logistics operations.
Custom polyurethane wheels for warehousing, automated production line.
Mailun Regularly Updates News on Automated Production Lines & Material Handling Equipment
Polyurethane-coated wheels are the core component for AMR (Autonomous Mobile Robot) stability—offering high load capacity, 3-5x wear resistance vs rubber, wide temp adaptability, and low noise.
Specialized industrial wheels and casters for semiconductor manufacturing: ensuring cleanroom purity, vibration-free stability, and heavy-load efficiency for maximum chip yield.
Industrial wheels for chemical & pharmaceutical industries: Essential for heavy-duty load capacity, chemical resistance, cleanroom compliance, and operational safety in demanding production environments.
High-performance polyurethane wheels: the silent force driving efficiency, flexibility and safety across automotive production lines, from stamping to final assembly.
Essential for the food industry, specialized wheels ensure hygiene, safety, and efficiency in production and logistics.
Discover how intelligent EMS wheels power overhead material handling systems, maximizing space and efficiency for smart factories.