Learn how to calculate the sheet resistance of conductive coatings using a four-point probe, including resistance, resistivity, thickness and probe-spacing calculations.
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3 MIN READ
Learn how to calculate the sheet resistance of conductive coatings using a four-point probe, including resistance, resistivity, thickness and probe-spacing calculations....
2 MIN READ
How a single-component semi-conductive acrylic coating transformed insulating 3D printed manufacturing aids into ESD-controlled assemblies without redesign or re-manufacture....
4 MIN READ
Fiber optic technology transformed how data is transferred, making the switch from electric current to light. Fiber optic technology encodes information in light which allows...
5 MIN READ
As an industry, telecommunications includes many networks like Wi-Fi (6, 6E, 7), 5G and open radio access networks (RAN), cellular base stations, edge computing and...
3 MIN READ
Hand soldering remains one of the most widely practiced skills in electronics manufacturing and repair, yet it is also one of the most variable....
2 MIN READ
Discover how next-generation EMI shielding coatings can deliver comparable 60–100 dB performance while reducing silver usage and lowering costs by up to 30%....
In modern electronics, safety and reliability are inseparable. When heat, power, and dense circuitry come together, controlling flame propagation becomes critical. These advanced polymer...
Flux is essential to successful soldering. It removes oxides, promotes wetting, and enables reliable solder joints. But what happens after the iron lifts? For...
3 Minute Read Conformal coatings are a legacy technology that protect sensitive circuitry from the outside environment; namely moisture, dust and fungus. These coatings are...
3 Minute Read A military fighter pilot has much to focus on when in flight; namely fuel/range restrictions, inclement weather and enemy combatants. A lesser...
4 Minute Read With the layout of naval vessels, controlling electromagnetic interference (EMI) is a must to maintain operations. Consider all the systems operating within...
3 Minute Read Out at sea, naval vessels become exposed to highly corrosive elements like saltwater which not only affects the hull and mechanical structures...
3 Minute Read The motivation for shielding an enclosure or structure is often to prevent electromagnetic interference (EMI) or radio frequency interference (RFI) from outside...
2 Minute Read There are many use cases of electrically conductive coatings in military applications, largely to protect equipment against unwanted signal malfunction. Electrically conductive...
In the aerospace, space, and defense industries, engineering decisions are driven by extreme performance requirements. Components must withstand intense forces, harsh environments, and strict reliability...
Energy and national security have become central topics in today’s political landscape. Energy security is a critical component of military readiness, especially as the adoption...
Customer Challenge: Crankshaft position sensors are a critical element of internal combustion engines as they help control ignition timing and report the vehicle’s revolutions per...
Modern defense operations depend on rapid deployment, seamless communication, and uninterrupted situational awareness. At the heart of these missions are deployable command centres that serve...
Customer Challenge: Card readers are an easy way to prevent unwanted access to secure locations. It ensures that only authorized personnel may enter checkpoints and...
Sonobuoys are compact, expendable sonar systems used in anti-submarine warfare and underwater acoustic research. While these devices may appear simple from the outside, their performance...
Unexploded ordnance (UXO), buried pipelines, mineral deposits, and hidden infrastructure all leave subtle disturbances in the Earth’s magnetic field. Detecting those disturbances requires extremely sensitive...
Developing a functional exoskeleton presents complex engineering challenges, particularly in the areas of electrical safety, environmental protection, and mechanical reliability....
By combining EMI shielding with protective coatings, manufacturers are enhancing drone reliability across both defense and civilian markets....
Monolithic Microwave Integrated Circuit (MMIC)-based systems are commonly used in aerospace, satellite, and high-frequency communications, where exposure to humidity, salt, dust, and electrostatic discharge (ESD)...
Once epoxy is fully cured, it becomes an extremely tough plastic designed to withstand harsh environments. This makes it great for protection, but a challenge...
UV adhesives are polymer-based systems that begin to cure when exposed to specific wavelengths of ultraviolet (UV) light....
A university research team set out to design a visibly transparent patch antenna that could be mounted directly over a satellite’s solar panel....
In this tech talk video, we explore dielectric materials — what they are, how they work, and how they’re used to protect modern electronics, including...
Customer Challenge: During the fabrication stage, attaching wires to a pipeline is simple, as they can be easily soldered on. Once buried and underground though,...
Learn how to restore your rear-window defroster’s performance with this step-by-step guide using MG Chemicals’ silver conductive adhesive. Fix broken tabs or grid lines yourself...
In previous articles, we’ve mentioned how dielectric grease is a useful material for spark plugs. Mainly, dielectric grease is hydrophobic and prevents water from attacking...
Whether you’re a manufacturer, engineer or hobbyist, choosing the right electronics adhesive can make all the difference in your project. From bonding components to protecting...
Introduction Electrically conductive adhesives are 1 and 2 component epoxy systems loaded with silver flakes that once cured, exhibit exceptional electrical and thermal conductivity. Initially...
In modern electronics maintenance and cleanroom environments, keeping sensitive equipment free from dust and contaminants is not just a best practice – it’s essential. Dust...
Maintaining electronic equipment is about more than functionality… it’s about longevity, reliability, and safety. Dust, debris, oxidation, flux residues, and even environmental contaminants can gradually...
A reliable freeze spray is indispensable for electronic diagnostics, whether for tracking down intermittent faults, diagnosing thermal-related failures, or simply cooling components during testing. The...
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How a single-component semi-conductive acrylic coating transformed insulating 3D printed manufacturing aids into ESD-controlled assemblies without redesign or re-manufacture.