When it comes to electrostatic application, it is essential that all components of the application are designed by the same manufacturer to work as a whole. We offer everything you need to build your entire powder ecosystem.
Electrostatic powder coating technology is a rapidly growing industry with massive benefits to businesses on many levels—from environmental safety to increased efficiency.
How it works
Powder is mixed with air and delivered via compressed air through the spray gun.
A negative electrostatic charge is applied to the powder as it’s being applied.
The powder is attracted to grounded metal elements, covering even hard-to-reach areas.
The advantages
Up to 97% overspray reclaimation for dramatic material savings
Enhanced powder penetration and superior durability
Achieve a uniform, high-quality finish with low VOCs
Our products are designed to offer the best in powder penetration, with superior adherence to complex or recessed areas—creating a tough, impact-resistant coating with a lasting high-quality finish.
We can help you achieve a superior quality finish that avoids surface texture defects with a high degree of color, texture, and style flexibility. It’s a finish that looks better, longer—resisting stains and everyday wear.
transfer efficiency of materials
thick film builds are easily achieved
Our systems help you achieve quality finishes while using less powder—saving you money while reducing pollution and waste. Plus, we offer fast color change capabilities so you can get more done in less time.
reclamation of oversprayed materials
color change with a cart or 6-10 min with booth
At Binks, our solutions get you in business quickly with plug-and-play implementation, touchscreen control, and proactive prompts. Plus, data management helps you track your successes and identify areas for improvement.
control capabilities
user-defined programs
The Ransburg brand name is synonymous with state-of-the-art electrostatic technology. This legacy brand, which pioneered the industry, represents the Binks product and solutions portfolio for all electrostatic applications.
In 1936, facing high paint costs during the Depression, Harold Ransburg developed the “No. 1 Process” by combining a radiological transformer with a DeVilbiss spray gun—pioneering electrostatic painting to reduce material waste.
Harold Ransburg pioneers electrostatic painting during the Depression by pairing a radiological transformer with a DeVilbiss gun, slashing paint waste and increasing transfer efficiency.
Binks, DeVilbiss, and Ransburg officially come together, forming a global finishing technology leader.
Create a strong, resilient finish that resists scratches and chipping without VOCs.
Extend the life of industrial equipment with a thicker, more durable finish that lasts.
Provide powerful resistance to harsh environmental conditions like rust and UV exposure.
Apply durable, versatile, sustainable solutions that are cost-effective and environmentally friendly.
Extend the lifespan of these vehicles with powerful rust, UV, and impact resistance.
Produce a long-lasting finish that resists moisture, scratches, stains, and chemical damage.
HVLP guns are ideal for basecoats and clearcoats because they reduce overspray and improve transfer efficiency—saving paint and money. Trans-Tech guns (like many DeVilbiss models) offer a bit more speed and atomization power while still meeting transfer efficiency requirements. For top-tier results, professional painters often choose high-performance guns like the DeVilbiss DV1 or GTi Pro Lite, which are engineered specifically for automotive base and clearcoat applications.
HVLP (High Volume Low Pressure) spray guns use a high volume of air at low pressure to atomize paint, reducing overspray and increasing transfer efficiency. They’re great for getting a smooth finish while minimizing material waste. LVLP (Low Volume Low Pressure) guns, on the other hand, use even less air, which makes them ideal for shops with smaller air compressors. LVLP guns also create less overspray and can offer better control on detailed work, though they may spray more slowly than HVLP guns.
The ideal nozzle depends on the kind of paint you’re spraying.
Devilbiss offers multiple tip sizes for most guns, so you can match the setup to your material and job requirements. For more detailed information, check out these resources on our automotive finishing hub.
Regular cleaning after every use is critical. Use appropriate solvents and cleaning tools to flush out material residue. Periodically inspect and replace wear parts like needles, nozzles, and air caps to maintain optimal performance and spray quality. Using a spray gun cleaner or gun cleaning kit can help make the job quicker and easier.
For the best results, we recommend using the DeVilbiss DPC (DeKups®) disposable cup system, which is designed to reduce cleanup time and prevent contamination. DeKups® work with all coating types, contain integrated mesh filters, and offer convenient ratio markings for accurate coating measurement.
Torque your fluid tip to 15-20 foot lbs. and tighten the fluid needle packing.
You can rotate the air cap 180 degrees and if the heavy pattern changes, you may have a dirty or damaged air cap and if it doesn’t change then you may have a dirty or damaged fluid tip.
The current bumper pad is aggressive enough to adequately abrade most primed bumpers. However, it is not rigid enough to level the primer layer (remove the uneven spots) on the bumper.
One can use the current bumper pad to clean and degrease a primed bumper. But it will not level the primed surface sufficiently and a sanding process will still be required.
Learn more about spray foam products and solutions with easy access to helpful educational materials.
Spray Foam & Polyurea EducationLearn more about spray foam products and solutions with easy access to helpful educational materials.
Spray Foam & Polyurea Education
0383 236 067
info@nhatquan.vn
0908 050 415
hoai@nhatquan.vn
Tiếng Việt