Industries

Knowledgebase

Electrically Conductive Coatings Protect the Hardware Supporting Fiber Optic Networks

4 Minute Read Fiber optic technology transformed how data is transferred, making the switch from electric current to light. Fiber... [Read More]

An Introduction to Electrically Conductive Paints for Engineers in the Telecom Industry

5 Minute Read As an industry, telecommunications includes many networks like Wi-Fi (6, 6E, 7), 5G and open radio access... [Read More]

A technician holding a soldering iron at an electronics workbench, with soldering tools and wires in the foreground and lab equipment blurred in the background. The image has shallow depth of field, focusing on the hand and tool handle during electronic repair or assembly work.
Hand Soldering for Maximum Reliability: Technique, Temperature & the Right Materials

  Hand soldering remains one of the most widely practiced skills in electronics manufacturing and repair, yet it is also... [Read More]

Rethinking EMI Shielding: is Maximum Conductivity Always Necessary?
Rethinking EMI Shielding: is Maximum Conductivity Always Necessary?

Discover how next-generation EMI shielding coatings can deliver comparable 60–100 dB performance while reducing silver usage and lowering costs by... [Read More]

Flame Retardant Adhesives & Encapsulants

  In modern electronics, safety and reliability are inseparable. When heat, power, and dense circuitry come together, controlling flame propagation... [Read More]

A close-up macro image of a catastrophic semiconductor failure on a PCB. The central IC package appears to be violently rupturing, with glowing embers, metallic debris, and ash-like fragments suspended mid-air above the chip. The surrounding printed circuit board includes visible traces, SMD components, and capacitors blurred by shallow depth of field. The scene conveys thermal runaway or dendrite-induced short-circuit damage with cinematic lighting and high-detail particle effects.
Hidden Failures: How Flux Residue & Humidity Degrade PCB Reliability 

  Flux is essential to successful soldering. It removes oxides, promotes wetting, and enables reliable solder joints. But what happens... [Read More]

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Case Studies

1-Part Epoxy Potting Compounds for Crankshaft Position Sensors

Customer Challenge: Crankshaft position sensors are a critical element of internal combustion engines as they help control ignition timing and... [Read More]

Extending the Lifespan of Card Readers with Acrylic Conformal Coating Corrosion Protection

Customer Challenge: Card readers are an easy way to prevent unwanted access to secure locations. It ensures that only authorized... [Read More]

Promotional graphic for a case study titled “Conformal Coatings for MMICs,” featuring bold text on the left and a lab image on the right of gloved hands holding a thin, flexible semiconductor wafer, with a yellow “Read Now” call-to-action button.
Lightweight Protection for MMIC-Based Designs In Harsh Environments

Monolithic Microwave Integrated Circuit (MMIC)-based systems are commonly used in aerospace, satellite, and high-frequency communications, where exposure to humidity, salt,... [Read More]

Silver Electrically Conductive Epoxy for Transparent Satellite Antennas

A university research team set out to design a visibly transparent patch antenna that could be mounted directly over a... [Read More]

Conductive Epoxy Adhesive for Attaching Wires to Underground Pipelines

Customer Challenge: During the fabrication stage, attaching wires to a pipeline is simple, as they can be easily soldered on.... [Read More]

UV Encapsulants for Dielectric Protection in Active Passive Sonar Systems

Customer Challenge: UV cure encapsulants offer unique features and constraints compared to more conventional encapsulating resin systems. The UV cure... [Read More]

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