BASF coatings development expert Tim December explains how paint atomization works for both pneumatic spray applicators and high-speed rotary bell applicators.
Finising industry consultant Rodger Talbert explains ways to reduce waste, heat in your powder coating facility.
For bright nickel process troubleshooting, Doug Lay of Coventya suggests narrowing the scope with a checklist.
Scott McEuen, North American business development manager of zinc flake coatings at Atotech, explains how the quality of zinc flake coatings depends on good adhesion and bonding to the substrate of the fasteners.
When looking to switch from phosphate conversion coatings, Stewart Tymchuk from Dynamix suggests looking at silane-based products for powder coating pretreatments.
When determining the need for an agitator, says Mike Elberson from Autoquip, you must look at budget versus long-term energy conservation.
A lack of expected brightness is a common malady affecting many alkaline zinc-nickel platers, and MacDermid Enthone’s Adam Blakeley provides some answers to fix it.
Copper anodes produced from pure copper cathodes will result in a copper purity of greater than 99.99% copper, including silver and the alloyed phosphorus, according to Univertical’s André Depew.
Effective cleaning at low, even ambient temperatures, is possible, says Atotech’s Brandon Lloyd, and creates a safer work environment and reduces energy demands.
Expert Rodger Talbert says be sure to use instant feedback to let the operator know when a problem first appears.
The first step in solving defects in ecoat, says Axalta’s Joe Subda, is to determine if the defect is on all parts, one part, or a certain type of part or substrate.
Mark Schario from Columbia Chemical explains USCAR’s multiyear project to determine how various trivalent chromium systems would perform in the real world.
Mike Bonner with Saint Clair Systems says a specialized control system is required to eliminate temperature changes between a liquid circulation system and point of application.
The stability of your electroless nickel (EN) bath may require one type of tank over another, says Mike Aleksinas of MetalChem.
The finishing of parts made from various copper and aluminum alloys traditionally require many distinct and separate process steps, and Hubbard-Hall’s Mike Valenti explains how both come with their own unique needs .
New solutions for powder coating centers combine powder preparation, conveyance, dosing and color changes into a fully automated, closed system.
Derek Kilgore from Sifco ASC says the brush plating operation can be mechanized, semi-automated or even fully automated.
The best protection against corrosion and UV exposure, says Axalta’s Mike Withers, is electrocoat and a super durable powder coating.
Spray booth solutions are varied, Spray Systems’ Bob Hauck says, so use key performance objectives to arrive at the best airflow option for you.
Recycling vibratory wastewater can be very advantageous and cost effective, says Dean Bell of Precision Finishing, but only if done properly.
There are many methods for addressing electrostatic grounding in metal painting processes, and Tim Ulshafer from Mueller Electric says the best method for your process is a simple and worthwhile exercise.
While the red color may not be desirable, anodizing expert Drew Nosti says it poses no particular problem to a successful anodizing process.
Rich O’Brien from Bales Metal Surface Solutions says advances in coatings science have led to the development of multiple choices for surface finishes beyond hard chrome and electroless nickel.