Nylon Wheels
Common Characte
ristics
This material keeps resistance to chemicals, such as weak acid and alkali.
Wear caused by running is least likely to occur and deformation is least likely to occur even if load is applied for extended period of time.
Since this material provides high rigidity, this material is weak to strong shock and running sound is large on uneven road surface.
N(※1)
N(※2)・NB
BN
MC
MC
MCB
MCE
GNB
GNB・GFB
| Wheel Symbol | Wheel Name | Wheel Diameter | Features |
|---|---|---|---|
| N(※1) | Nylon | φ25～100 | This is a general nylon wheel formed by resin integration molding. |
| N(※2) | Nylon (including B) | φ130～150 | This wheel is formed by resin integration molding. Since a deep-groove bearing is used, rotation of a wheel is good. |
| NB | Nylon (including B) | φ100 | This wheel is formed by resin integration molding. Since a deep-groove bearing is used, rotation of a wheel is good. |
| BN | Black Nylon | φ25～100 | This is a black nylon wheel formed by resin integration molding. |
| MC | MC Nylon | φ50 | This wheel is formed by resin integration molding. In comparison with nylon wheels, this wheel provides higher load resistance and higher shock resistance. Also, this wheel provides excellent resistance to higher heat and lower temperature. Since double ball bearing (φ50 only) /needle bearing is used，rotation of wheel is less likely to be affected even if high load is applied. |
| MC Nylon (including B) | φ50～100 | ||
| MCB | MC Nylon (Including B) | φ100～200 | This wheel is formed by resin integration molding. In comparison with nylon wheels, this wheel provides higher load resistance and higher shock resistance. Also, this wheel provides excellent resistance to higher heat and lower temperature. |
| MCE | Conductive MC Nylon | φ50 | This wheel is formed by resin integration molding. In comparison with nylon wheels, this wheel provides higher load resistance and higher shock resistance. Also, this wheel provides excellent resistance to higher heat and lower temperature. Since double ball bearing (φ50 only) /needle bearing is used，rotation of wheel is less likely to be affected even if high load is applied. In comparison with standard wheels, this wheel is less electric conductive, and absorption of dust and dirt caused by static electricity is prevented. |
| Conductive MC Nylon (Including B) | φ50～75 | ||
| GNB | Reinforced Nylon | φ32～50 | This wheel is formed by resin integration molding. In comparison with nylon wheels, this wheel provides higher shock resistance. |
| Reinforced Nylon (including B) | φ65～75 | ||
| GFB | Reinforced Nylon (including B) | φ50～75 | This wheel is formed by resin integration molding. In comparison with nylon wheels, this wheel provides higher load resistance and higher shock resistance. Since a deep-groove bearing is used, rotation of wheel is less likely to be degraded even if high load is applied. |
※(including B) indicates wheels equipped with bearing.
