Spray Applicators

ITW Dynatec's Fiberized adhesive spray is the most advanced technology available for hot melt adhesive applicators. Innovative products such as UFD, DeltaFx and the Helix Rotary Spray head provide solutions to accomodate a wide range of manufacturing requirements. 


  

Quick Specs
  • Continuous application of adhesives including: PSA, APAO, and Reactive Hot Melts
  • Quick-change pattern width(s) 
  • Single nozzle permits pattern widths up to 12 inches (adhesive dependent) 
  • Consistent application eliminates ridges and valleys 
  • Random fiber patterns use less adhesive than spiral spray 


  

Quick Specs
  • Next level high-speed technology (up to 700 MPM)
  • Rapid Change-Over (RCO) design for quicker maintenance
  • Ultra™-stitch and Ultra™-touch nozzle designs to meet multiple requirements
  • Integrated hardened steel elastic strand guides for extended lifespan
  • Larger adhesive orifices for less plugging and higher line efficiency
  • Optimized module technology for faster response and longer cycle life
  • The lowest usage of adhesive available with total creep strength down to 1% (even as low as 15 mg/linear meter/strand).

Click to learn more about the Vector™ adhesive metering applicator from ITW Dynatec®

Click to learn more about the Equity™ Continuous Slot Die hot melt adhesive applicator from ITW Dynatec®
   
   
Quick Specs




 
 




Quick Specs


  • Extreme accuracy of up to ±0.5% at the point of application 
  • Engineered for precision application onto a variety of substrates 
  • Standard widths of 100-600mm (100 mm increments)
  • Capable of providing individual metered flow output to each module
  • Spray applicator shares a common pump base with the slot and metering station
Click to learn more about the Equity™ Continuous Slot Die hot melt adhesive applicator from ITW Dynatec® Click to learn more about the Pinch Bottom adhesive applicator from ITW Dynatec®

ITW Dynatec | 31 Volunteer Drive | Hendersonville, TN 37075 | Phone: 615.824.3634 | info@itwdynatec.com