Flanged Wheel with PU or Vulkollan on Stainless Steel Core V2A | Flange Ø 60 mm | Tread Ø 50 mm
Technische Daten
Flanged wheel with PU or Vulkollan® tread on 1.4301 (V2A) stainless steel core | Flange-Ø 60 mm | Running-Ø 50 mm
Turned stainless steel flanged wheel with cast-on elastomer tread. The V2A core carries the load and protects against corrosion and chemical exposure, while the PU or Vulkollan® tread absorbs shocks and protects the running surface. The circumferential flange keeps the wheel securely on the track.
Tread — Selection
Polyurethane MDI — High-quality MDI polyurethane, abrasion-resistant, oil-resistant and with good damping. Economical choice for medium to high loads in industrial and warehouse environments. Hardness approx. 92 Shore A. Temperature -20°C to +80°C.
Vulkollan® — Premium elastomer from Covestro, highest load capacity with elastic running, extremely abrasion-resistant, capable of continuous load. First choice for heavy-duty applications, AGVs and applications with continuous operation. Hardness approx. 92 Shore A. Temperature -20°C to +80°C.
Core material: Stainless steel 1.4301 (V2A)
Corrosion-resistant austenitic stainless steel 1.4301 (V2A). For humid environments, clean rooms, food sector, pharmaceutical industry and outdoor use without additional coating. Resistant to mild acids, easy to polish, FDA-compliant with appropriate tread selection.
Typical application areas
Food production, beverage and brewing technology, pharmaceutical and cosmetics manufacturing, clean room applications (ISO Class 5–8), humid storage areas, outdoor use on crane rails, as well as AGV systems with hygiene requirements.
Note on custom-made products
These wheels are custom-made from stainless steel. Delivery and price upon request. Special diameters, different axle bore tolerances and V4A (1.4571, acid-resistant) available upon request.
Version — Selection
With ball bearing — For running wheels with low rolling resistance and high mileage. The low-maintenance ball bearing allows for smooth, even running even during continuous operation.