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When inspiration hits like lightning, the result can be a cutting-edge electronics product. From smartphones to HDTV screens to marine navigation systems, electronics manufacturers rely on the thinnest products in 3M’s VHB portfolio to fit into electronic assemblies, places where thick VHBs cannot fit.

Electronic device engineers know space usually isn’t the only challenge. Modern electronics bonding solutions often must address impact resistance, waterproofing, heat resistance, and/or reworkability to create a device with reliable functionality. In addition to overall performance, some surfaces — paints, metals, low surface energy plastics — are hard to bond and require unique acrylic foam tapes such as 3M VHB tape.

When a spark of creativity results in devices optimized for the IoT, 5G, and beyond, specialized VHB tape is often needed as well. This article dives deeper into how pressure sensitive adhesive converters meet the high standards of the electronics industry today and into the future.

Let’s imagine you’ve created a new electronic good! This product is amazing, and you would love to show it to the world. But what if the battery catches on fire? That would mean a lot of faulty products and unhappy customers. Worst of all, you will get a bad reputation and potentially even lawsuits.

Many electronics products require specific adhesives that dissipate heat. Thermal interface materials (a combination of high-performance acrylic adhesive and highly conductive ceramic particles) enhance performance by minimizing reliability concerns and reduced operational lifetimes that are often affected by heat.

About every 11 years the sun's magnetic field flips. North becomes south and south becomes north. This change causes solar storms on the sun's surface that send solar flares careening towards Earth.

When designing consumer electronics products, interference can be a real cause for concern. Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI) can be as simple as one device preventing another electronic device from properly operating. For example, an electronic watch could inadvertently alter the volume on your TV. In more serious cases, poorly designed consumer electronics products that omit RFI and EMI shielding products can put users or bystanders in danger.

Did you know one of the first pieces of wearable technology dates back to the 1600’s? This hot tech gadget was the Abacus ring.

Wearable technology as an industry has since seen tremendous growth. From fitness devices that track workouts to health monitors that communicate with family members and doctors in real time, these devices provide us with instantaneous data that brings together technology and everyday life.

Today wearable technology is a $14 billion