High Wear-Resistance | Low Built-up Heat | Exceptional Performance
- Vukollan Equivalent Wheels stand out with strong wear resistance, ideal for heavy, high speed and frequent use.
- Vukollan Equivalent Wheels can handle heavy loads reliably, cutting downtime risks.
- Non-staining, mark-free trait meets strict clean standards.
INDUSTRIES SERVED: Material Handling , Warehousing & Logistics, Mining Machinary, Construction Machinary, Automotive Assembly Line
We provide NDI-based polyurethane wheels for various applications, such as forklifts, mining machines, driverless transport systems, conveyor systems, harbor/port machinery, construction equipment, automated systems, and other heavy-duty or high speed scenarios.
Our NDI-based polyurethane drive wheels, load wheels, and press-on tyres are supplied to an extremely outstanding standard. They provide best abrasion resistance, excellent dynamic properties, low-noise, and ensure smooth, reliable operation in tough conditions, outperforming other standard polyurethane or rubber options.
| Parameter | Information | Application |
|---|---|---|
| Hardness | Normally 90-95A , can be customized from Shore 20A-98A-80D | Suitable for ball pitching wheels to most industrial handling needs |
| Load - bearing Range | Up to 3,000 kgs per wheel | Meets medium and heavy - duty load requirements, harbor/port machinery |
| Speed range | Up to 16 km/h | AGVs,conveyor systems and driverless transport systems. Food Processing |
| Applicable Floors | Cement floors, tile floors, asphalt floors | Universal for indoor and outdoor use |
| Temperature Adaptation | -40℃ ~ 160℃ | Copes with temperature differences in most industrial environments |
- Wheels for harbor/port machinery
- Skid conveyor roller wheel For Electric Automobile Assembly Line
- Mining equipment: polyurethane friction drive wheel for monorail transport systems
- Spinning wheels for ball throwing/ pitching machine
- NDI-based polyurethane wheels for automated storage and sorting systems, automated guided vehicles (AGVs)，forklifts.
- Construction machinery, and earthmoving equipment.
Advantages:
- In house prepolymer manufacturing
- 6-8 times wear resistance of standard polyurethane wheels
- Durable NDI-based polyurethane compound ensures long lifespan, reducing replacement costs.
- Many ovens ensuring enough curing time (24 hours)
Guarantees:
-100% quality checks before delivery
- 24hr inquiry response, and fast delivery for common sizes.
- Strict Quality Checks: Raw material inspection + casting process control; First article + final inspection; Wheel life-span testing.
- Technical Design Support : Offer design suggestion based on load ,speed and size; Refurbishment service available.
- Sandblasting and cleaning; quality bonding agent from North America and silicon-free release agent.
- Customizable hardness and formulations except standard Shore 93A.
De-bonding usually occurs due to poor chemical preparation of the metal core (cast iron or steel). We utilize cleaning process and high-performance bonding agents to ensure a peel strength exceeding 70 N/mm. This ensures the tread remains intact even under high torque, frequent start-stops, and heavy lateral loads.
Polyether: Highly resistant to hydrolysis (moisture), making it ideal for humid environments, cold storage, or outdoor use. It also offers lower heat build-up. Polyester: Provides superior oil and solvent resistance and higher tear strength, best suited for chemical plants or indoor industrial floors. If you are unsure, provide us with your floor conditions, and we will match the chemistry to your environment.
No. Our high-grade non-marking polyurethane formulas are designed to protect expensive industrial flooring. Unlike nylon wheels, PU provides a degree of
Our dynamic ratings are calculated based on a speed of 4 km/h. For instance, a wheel rated for $1,000 kg is tested for continuous movement at that weight, not just its static "crush" point. We provide load-adjustment factors if your application involves higher speeds, such as towlines or AGVs.
This is caused by Hysteresis (Internal Heat Build-up). In high-duty cycle applications, standard PU dissipates energy as heat, leading to material failure. We recommend our High-Resilience (NDI/Vulkollan equivalent) formulas, which feature ultra-low rolling resistance and minimal heat accumulation to prevent thermal breakdown.
Yes. We manufacture wheels using FDA-compliant polyurethane (CFR 21) for food processing. For pharmaceutical cleanrooms, we combine these treads with 304 Grade Stainless Steel cores and precision sealed bearings to withstand rigorous chemical washdowns and prevent corrosion.
While sealed precision ball bearings are standard for low rolling resistance, we recommend Tapered Roller Bearings for applications involving heavy side-loading or high-speed towing. These bearings are designed to absorb axial thrust, ensuring the wheel rotates smoothly during sharp turns under load.
We use automated metering and mixing systems rather than manual pouring. This ensures the prepolymer-to-curative ratio is accurate to within 0.1%. Every batch undergoes random Shore A/D hardness testing, and we provide a Material Test Report (MTR) with every shipment.
While the initial cost may be 20%-30% higher than "commodity" wheels, the Total Cost of Ownership (TCO) is significantly lower. Our wheels typically last 2–3 times longer, reducing downtime, labor costs for replacement, and floor repair expenses. The ROI is usually achieved within 6 to 12 months.
