Webinar on coating thickness measurement techniques

Watch the video to understand various methods to measure coating thickness in the Industry. Discover our wide range of measurement instruments which we have discussed in the webinar. 1. Multi-layer Plating Thickness Measurement upto 4 layers on any Metallic / Non-Metallic substrate. 2. Plating Bath Solution Analysis in gram/litre 3. Bulk Material or Plating Material Composition Analysis 4. Trace Analysis for RoHS/ELV/WEEE Compliance Few more applications • Lacquer Layers in Automotive Industry • Coating Thickness Measurement Gauges • Plating Thickness • Chrome, Nickel coatings thickness measurement • Dry film thickness gauges • Zinc coating thickness measurement • XRF for Multilayer thickness measurement • Anti-corrosion Coatings • Wear Protection and Functional Coatings • Dew Point Measurement • Surface profile measurements • Duplex Measurement of Lacquer/Zn/Fe for Steel Roofing Systems from BUDMAT® • Measuring Post Cure Powder Coating Thickness • Measuring Protective Coatings in Accordance with SSPC-PA2 • Automated coating thickness measurement in production facilities • Determining the Surface Hardness of Paint Coatings – Pencil Testing vs. Instrumented Indentation Testing • Mechanical characteristics of conformal coatings

Discover the world of Atotech - ESS ESS TRADING Partnership in surface-finishing solutions

For more details and requirement of Atotech Products Contact us at 9843019701 or 7373019701 or Email to info@essess.trading

Enhancing the existing and developing innovative new solutions

For more detail please contact us at 9843019701 or 7373019701 Email: info@essess.trading

Perfectly Matched Concept for Every requirement of Surface Finishing Chemicals and Equipment

For more detail please contact us at 9843019701 or 7373019701 Email: info@essess.trading

Hull Cell Test Method for Electroplating Solutions

For More Information Contact us email us at info@essess.trading or Mobile 9843019701

Hell is a testing tool, or a miniature electroplating cell, in which an electroplating solution is evaluated across the range of operating conditions. This video will show you how to run a hull cell.

Please see the following videos one by one..

Hull Cell Description video 1

Interpreting Hull Cell Panels video 2

Interpreting Hull Cell Panels video 3

Nickel plating baths should be evaluated using either brass hull cell panels or the standard zinc coated, steel hull cell panels used to evaluate many other plating baths. In this video we discuss the proper way to interpret nickel plated hull cell panels.

Interpreting Zinc Plated Hull Cell Panels video 4

Zinc plating baths of all types, alkaline or acid demonstrate similar characteristics when evaluated using a hull cell. In this video we explain how to properly interpret zinc plated hull cell panels.

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Autonomous driving and power train electrification: 2 Megatrends in Automotive

About This Webinar The impact of the COVID-19 pandemic on the global automotive industry has put an even higher focus on two megatrends: autonomous driving and powertrain electrification, and are re-shaping the future of the industry. Ambitions for autonomous driving (AD) indicate that long-term targets for AD remain a priority. The other priority is likely to be powertrain electrification for the time being. Latest CO2 emissions targets mean that new vehicles sold in Europe must continue to become cleaner or face steep penalties. Both megatrends are detailed on their impact on the electronics value and the resulting key trends and requirements for electronics systems. Agenda Advanced driver assistant systems & autonomous driving CO2 reduction Key trends and requirements Q&A Sven Lamprecht Director - OEM/EMS Technology Exchange Since 2007, responsible as Director for technology exchange between OEM/EMS companies and Atotech. Having an eleven years background at Atotech as Global Product Manager for final finishes used for various assembly techniques. Holding several patents in the field of electrolytic and immersion plating, and applications used in wet chemical PCB processing. Author of several papers and publications in the field of final finishes for PCB manufacturing. Being awarded for the best international paper “Phosphorous in Electroless Nickel Layers – Curse or Blessing” in 2004.

Near Neutral descaling . Improving Paint performance in welding and laser cutting operations.

About This Webinar As consumer’s aesthetic preferences and demand for longer lasting products has increased in recent years, the need for manufacturers to improve paint coverage and corrosion resistance of welded and laser cut components has likewise increased. The formation of oxide scale from welding and laser cutting operations creates a barrier for optimal paint adhesion, necessitating its removal prior to paint application. Conventional scale removal methods can be effective but are often unsustainable, can pose severe HES risks and are not cost-effective. The most economical and efficient method for removing oxide scale is achieved through chemical descaling; however, along with the associated HES risks, traditional strong acid chemistries have high etch rates that result in short bath life and a difficult to manage waste stream. Innovations in near neutral pH descaling chemistries help minimize these risks while offering improved performance. Agenda Conventional scale removal methods and associated disadvantages Benefits of near neutral pH scale removal Atotech’s portfolio of descaling products Scale removal performance evaluations Case studies

ESS ESS TRADING -ATOTECH– a leading partner for the automotive industry

With our unmatched portfolio of functional and decorative surface finishing solutions we are the leading partner for the automotive industry. For more details Contact us at 9843019701 Email: info@essess.trading

Leading surface finishing solutions for the fastener

Corrosion protection coating requirements are no longer about pure functionality. Our product range also fulfills the industry’s steadily increasing decorative requirements, offering high-gloss or deep black solutions that provide excellent aesthetics without sacrificing performance.

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ESS ESS TRADING COIMBATORE  9843019701

Prevention of hydrogen induced embrittlement using the state of art pickling Inhibitors

About This Webinar Pickling is a common and essential step as part of the pretreatment process for substrates like steel. It helps to ensure that inorganic contaminants on base material are removed leaving a suitably clean surface for subsequent surface finishing or coating processes. Pickling of steel typically includes the use of strong acids which remove inorganic contaminants but can also have negative side effects on the workpieces themselves. One undesirable effect can be excessive attack of the base material which could also lead to surface roughening causing quality issues with subsequent coating processes. Another negative effect is the diffusion of atomic hydrogen into the crystal lattice of the steel during pickling that can lead to hydrogen induced embrittlement of the finished part. Inhibitors are commonly used to help minimize the negative effects of strong acid pickling. They act by forming a protective layer on the substrate to prevent attack and hydrogen ingress. This webinar will explain the basic principles of pickling, hydrogen embrittlement and how pickling inhibitors work. We will introduce a next generation inhibitor that effectively suppresses attack on the base material, hydrogen formation and diffusion into the steel lattice, including test results. Agenda Basic principles of pickling, hydrogen formation and embrittlement Mechanism of pickling inhibitors Product selection UniClean® 511 - Atotech's new generation CMR and oxidizer-free pickling inhibitor Test methods for base material attack and hydrogen embrittlement as well as test results

Paint Technology | Teachniques of paint| | Formulation of paint | equipment used for paint | Coating