Inside the Micro-Abrasive Blasting Process – Key Variables - Conformal Coating UK

A clean, 1200×600 infographic summarising the micro-abrasive blasting process for conformal coating removal. Highlights four variables—media selection (incl. VanAcrylic), balanced air pressure/flow, ESD-safe nozzle choice, and operator technique (angle, distance, motion). Designed for the “Inside the Micro-Abrasive Blasting Process” article in SCH’s Removal & Rework Hub.

Why do so many conformal coating problems appear “random”?

In most cases, they aren’t random at all — they are symptoms of a process that was never aligned from the start. Conformal coating only works reliably when PCB design, environmental demands, coating chemistry, application method and inspection strategy all work together as a unified system. To help manufacturers establish stable, scalable and predictable coating […]

Read more
ProShieldESD – Productronica 2025 Technical Report

ProShieldESD – The World’s First Fully Functional ESD Paint Technology ProShieldESD represents a major breakthrough in the global ESD protection industry. Unlike traditional ESD coatings that rely on carbon, metal fillers, graphite, or temporary surface additives, ProShieldESD is a filler-free conductive polymer system engineered to bond and perform on any substrate—rigid, flexible, porous, or smooth. […]

Read more
Inline Dip Coating – The New Era of Conformal Coating Automation

For many years, conformal coating was seen as a labour-intensive, operator-driven process. Whether spraying PCBs by hand or manually dipping assemblies, consistency depended heavily on individual technique. But the industry has shifted. Manufacturers now expect repeatability, digital traceability and real-time process control—and automation is becoming central to achieving these goals. At SCH, we are seeing rapid […]

Read more
Why Parylene Dimer Purity Defines Coating Performance

Clean chemistry, flawless coatings Behind every reliable Parylene coating lies the dimer — a crystalline, purified precursor that drives the entire deposition process. When sublimed and cleaved under vacuum, the dimer becomes a reactive monomer that polymerises onto every exposed surface, forming a perfectly conformal, pinhole-free film. But that level of precision depends on one […]

Read more
Masking Made Easy – 3 Ways to Reduce Defects in Conformal Coating

Masking is one of the simplest steps in conformal coating — and one of the most common causes of defects, rework and customer complaints when it goes wrong. Coating on connector pins. Adhesive residue left behind. Silicone boots leaking. Latex that tears or pulls the coating away. These issues cost time and money — but […]

Read more