Suction cup F110 Silicone, G1/2" female, clamp ring with mesh filter - 1
Item number: F110.20.11NC
19 Variants

Suction cup F110 Silicone, G1/2" female, clamp ring with mesh filter

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the c...
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Variants

  • Suction cup F110 Silicone, G3/8" female, clamp ring with mesh filter
    F110.20.11NA
  • Suction cup F110 Silicone, 3/8" NPSF female, clamp ring with mesh filter
    F110.20.11NB
  • Suction cup F110 Silicone, G1/2" female, clamp ring with mesh filter
    F110.20.11NC
  • Suction cup F110 Silicone, G1/2" female, clamp ring with cone valve
    F110.20.11VC
  • Suction cup F110 Nitrile-PVC, G3/8" female, clamp ring with mesh filter
    F110.30.11NA
  • Suction cup F110 Nitrile-PVC, 3/8" NPSF female, clamp ring with mesh filter
    F110.30.11NB
  • Suction cup F110 Nitrile-PVC, G1/2" female, clamp ring with mesh filter
    F110.30.11NC
  • Suction cup F110 Nitrile-PVC, G1/2" female, clamp ring with cone valve
    F110.30.11VC
  • Suction cup F110 HNBR, G3/8" female, clamp ring with mesh filter
    F110.37.11NA
  • Suction cup F110 HNBR, 3/8" NPSF female, clamp ring with mesh filter
    F110.37.11NB
  • Suction cup F110 HNBR, G1/2" female, clamp ring with mesh filter
    F110.37.11NC
  • Suction cup F110 Nitrile-PVC with washer
    F110.30.W
  • Suction cup F110 Silicone with washer
    F110.20.W
  • Suction cup F110 HNBR with washer
    F110.37.W
  • Suction cup F110 Nitrile-PVC
    F110.30
  • Suction cup F110 Silicone
    F110.20
  • Suction cup F110 HNBR
    F110.37
  • Suction cup F110 Nitrile-PVC, G1/2" female Al, with mesh filter
    F110.30.11UA
  • Suction cup F110 HNBR, G1/2" female Al, with mesh filter
    F110.37.11UA

Features

  • Suitable for flat objects.
  • Good stability and little inherent movement.
  • Recommended when the lifting force is parallel to the surface of the object.
  • Cleats prevent thin, sensitive objects from being deformed and gives extra friction when the lifting force is parallel.