Advice +49 7546 3520019

  Free DE shipping from €250

  14 days free exchange

  Market leading best price guarantee

31/10/2025

240884-2180292_1_Binks AG362P-90

Binks AG362P Precision Spray Gun – Complete Practice Guide for Automated Coating

Practice Guide

Binks AG362P – Precision in a Compact Automatic Spray Gun

The Binks AG362P is a low-pressure air atomising automatic spray gun engineered for consistent, high-quality coatings in automated production lines. Its modular design, quick-change manifold, and optional micrometer or ratchet needle stop provide full control with minimal maintenance—perfect for glass, cosmetic, and electronics finishing applications.

Binks AG362P Automatic Spray Gun

Product Overview

Parameter Value / Range
Max. Air Pressure (P1)7 bar / 102 psi
Max. Fluid Pressure (P2)7 bar / 102 psi
Cylinder Air (P3)4 – 7 bar
Spray Distance150 – 200 mm
Weight830 – 925 g (depending on manifold)
MaterialStainless Steel / QuickClean™ Aluminium
Fine Atomisation
Excellent uniformity via HVLP or Conventional cap options.
Quick Change
Tool-free swap using Lever Manifold.
Process Flexibility
Micrometer or ratchet needle for exact flow control.
Pro Tip: For fine cosmetic or glass coatings, the HVLP version (90HV) achieves the best finish at only 0.7 bar at the cap—minimising overspray.

Recommended Basic Settings (Guideline Values)

  • Atomising Air: 3.8 – 4.8 bar (HVLP) or 2.0 – 3.0 bar (Conventional)
  • Fluid Flow: 160 – 200 ml/min
  • Spray Distance: 150 – 200 mm (depending on coating)
  • Fan Control: fully open, then reduce slightly as needed
  • Cylinder Air: 4 – 7 bar for stable needle operation

Professional Workflow (7 Steps)

  1. Open both FAN and ATOM valves completely.
  2. Adjust fluid pressure to achieve 160–200 ml/min flow rate.
  3. Set inlet air pressure according to HVLP or conventional mode.
  4. Test spray – if the finish is too dry, lower air pressure or increase fluid flow.
  5. If the finish is too wet, lower fluid pressure or slightly increase air pressure.
  6. Fine-tune spray fan width using the FAN valve.
  7. After use, shut off air and fluid, relieve pressure, and clean the gun.

Troubleshooting – Quick Reference

ProblemPossible CauseSolution
No sprayNo air supply / needle closedCheck air and open needle
Uneven patternClogged nozzle or air capClean or replace components
Spitting at startWorn needle or tipReplace with new parts
Irregular spray fanToo much pressure / excessive flowAdjust pressure and flow

Maintenance (Daily Recommendation)

  • Clean nozzle and air cap with a suitable solvent.
  • Blow through all fluid passages with clean air.
  • Lubricate O-rings and packings lightly with petroleum jelly.
  • Check all air and fluid fittings for leaks.
  • Oil all moving parts lightly and inspect for wear.

FAQ – Common Questions

1. What’s the difference between Lever and Screw Manifold?
The lever type allows fast detachment for cleaning, while the screw type offers compact mounting and optional recirculation.

2. Which nozzle suits fine coatings?
Use a 0.4–0.7 mm tip with the 90HV HVLP cap for ultra-fine atomisation.

3. How can I avoid overspray?
Keep a spray distance of 150–200 mm and reduce atomising pressure as needed.

4. What materials are supported?
Compatible with both water- and solvent-based fluids – do not use halogenated hydrocarbons.

5. When should the needle be replaced?
Replace when signs of leakage or wear appear—depends on usage hours and coating type.

Conclusion

The Binks AG362P delivers precision atomisation, modular design, and quick maintenance. Whether in cosmetics, glass, or electronics applications—it ensures repeatable, high-quality coating results and easy integration into automated systems.