INDUSTRIAL LIQUID FINISHING SOLUTIONS

It depends on your material, substrate, and production volume.

• For fine finishes—like automotive topcoats—HVLP spray guns offer precision and low overspray.
• For high-volume jobs on conductive surfaces—like metal equipment or appliances—electrostatic guns can cut material use by up to 40% through superior transfer efficiency.
• Air-assisted airless systems are a great all-around choice for wood and general industrial work where both speed and finish matter.
• For repeatable, high-volume production, automatic applicators offer consistent coverage with less manual labor.

Unsure? Binks experts are here to help. We’ll guide you to the right tool for your process, your materials, and your bottom line.

Electrostatic finishing is best for conductive materials and offers material savings of up to 40%, while non-electrostatic solutions are ideal for non-conductive materials and simpler applications.

While electrostatic powder coating equipment may have a higher upfront cost, operating it is generally more efficient and cost-effective than traditional liquid coating methods allowing you to recoup costs and start saving. The electrostatic charge improves particulate adhesion, reducing material waste and overspray. This results in higher transfer efficiency, meaning less material is needed for the same coverage. Additionally, it requires less labor and rework compared to non-electrostatic applications, further lowering operational costs.

Yes, Binks solutions are designed for both manual and automated applications. Our systems can integrate seamlessly with robotic and conveyor-based production lines.

Liquid finishing is ideal for applications where high-temperature curing isn’t feasible, or where a smooth, highly customizable finish is required. Liquid finishing would also be ideal on a non-conductive substrate, for a low thickness covering.

Properly sized and spec’ed equipment is critical for a safe and efficient work environment. Hoses, regulators, pumps, circulation lines, agitation, etc. are all examples of areas that need to be properly sized and spec’ed. Understanding pressure rating specifically with hoses and tubing is an important aspect of site safety. There are many safety features built into Binks equipment that provide a “good start” for safe operation.

Example: Elevator automatic safety shut off stops the agitation paddles from spinning as the elevator lifts the lid off drums.

Regular wear and tear and maintenance is another element to consider when driving towards a safe work site. Hose wear, lubrication, and contamination mitigation are examples of simple ways to keep everyone safe. An understanding of maintenance schedules for seal kits and pump re-build kits also helps achieve safety standards.

Proper ventilation, operator training, and personal protective equipment (PPE) are essential. Electrostatic applications require additional grounding and safety measures to prevent shocks.

How do I select the proper pump for my application?

There is a series of questions that must be asked to ensure the proper pump is selected for a given application. The questions are as follows:

• What is being pumped?
  • What is the material?
  • Are solids present (is it abrasive)?
  • What is the pH?
  • What is the viscosity/specific gravity?
• What is the desired flow rate and outlet pressure?
• Where is the supply tank relative to the pump?
  • Is the suction flooded (fed by gravity)?
  • Suction distance, diameter and vertical rise?
• What is the discharge distance, diameter and vertical rise?
• Are there fluid temperature considerations?
• What is the available plant air pressure?
• What certifications are required (UL, ATEX, etc.)

Answers to these questions are imperative to specifying the correct pump.