Directing Extruded Filaments

Customer builds air buses. They extrude a fine filament fiber that is used as reinforcement for a laminated composite. The filaments come out of an extruder onto a belt conveyor to cool. At the end of the conveyor they are supposed to gravity feed onto a moving substrate below. The problem is the filaments are clinging to the capstan of the conveyor and not dropping straight down. This causes an interrupted application. Using a Model 112024 24" (610mm) Super Ion Air Knife mounted below the conveyor belt with a directed air flow in the direction the strands should be going, they were able to separate the strands from the capstan. This provided a straight linear application to the substrate below.

  1. EXAIR's Gen4 Super Ion Air Knife removes static electricity from plastics, webs, sheet stock and other product surfaces where tearing, jamming or hazardous shocks are a problem. The laminar sheet of air sweeps surfaces clean of static, particulate, dust and dirt.
    $1,165.00
  2. EXAIR's Gen4 Super Ion Air Knife removes static electricity from plastics, webs, sheet stock and other product surfaces where tearing, jamming or hazardous shocks are a problem. The laminar sheet of air sweeps surfaces clean of static, particulate, dust and dirt.
    $1,368.00
  3. EXAIR's Model 7905 Digital Static Meter allows easy one-hand static measurements. Sensitive and responsive, it indicates the surface voltage and polarity on objects up to ±20 kV when measured one inch (25mm) away.
    $1,082.00
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