LOCTITE® VA40 Cyanoacrylate Dispense Valve

Features and Benefits

LOCTITE VA40 Cyanoacrylate Dispense Valve is a positive displacement, volumetric metering valve designed for dispensing precise drops of cyanoacrylates.
The LOCTITE® VA40 Cyanoacrylate Dispense Valve is a positive displacement metering valve which dispenses a precise volumetric drop of adhesive with each cycle. The LOCTITE VA40 is specifically designed to dispense drops of cyanoacrylate with precise dosing in the range of 1.5 to 6 microliters. The VA40 utilises a flooded chamber and a single check valve that allows for quick priming and minimises the need for re-priming. The priming system uses a patent-pending check valve design which improves the speed and reliability of priming. The innovative displacement rod and sealing system of the VA40 design provides a long dispensing life before rebuilding is needed.
  • Specifically designed for volumetric dot dispensing of LOCTITE cyanoacrylate adhesives
  • Long life seal design (> 1 million cycles) minimises maintenance requirements
  • Quick and reliable priming
  • Easily fed from a syringe or pressure reservoir
  • Included in the Box: (1) VA40 CA Dispense Valve, (1) PTFE lined tubing, 6.4mm OD, 2 m long, (1) air line 4mm OD, blue, 2 m, (1) air line, 4mm OD, yellow, 2 m, (1) needle sample kit, (1) operating manual
  • Volumetric / positive displacement design provides precise and consistent dispense quantity
  • Easy integration with LOCTITE reservoirs and controllers
  • Dosing range: 1.5 – 6 microliters with adjustable stroke
  • Cycle rate: 120/minute
  • Compact design 38 mm square by 177 mm long
  • Stackable configuration on 38 mm centers
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Technical Information

Air input pressure 60.0 - 100.0 psi
Applications Dispensing adhesives
Dispense patterns Dots, Drops
Fluid pressure, Recommended 30.0 - 70.0 psi
Key characteristics Stroke adjustment
Operating type High Precision, Positive displacement, Volumetric
Used to dispense Light cure acrylics
Used to dispense, Recommended Cyanoacrylates
Viscosity 1.0 - 10000.0 mPa·s