Electronic device reliability requires materials to protect componentry from mechanical shock, thermal impact, and other environmental factors.
Artificial intelligence, autonomous driving, and data centers drive increasing demand for memory, data storage, and processing power. That means GPUs, HDDs, and SDDs need thermal management and underfill materials that bolster performance, reliability, and durability.
Applications such as artificial intelligence, autonomous driving, data centers, and enterprise are all fueling an insatiable demand for memory, data storage and processing power. Highly capable Henkel materials applied to enhance reliability and durability of the devices.
- Solid-state drives (SSDs)
- Hard disk drives (HDDs)
- Processors
Electronic device reliability requires materials to protect componentry from mechanical shock, thermal impact, and other environmental factors.
Smaller, denser electronic components create heat that can degrade their performance. Component-level thermal management helps to protect electronic devices.
Used to store data across a variety of applications, SSDs offer faster speeds and the ability to manage large workloads without performance degradation. To do that, SSDs need effective thermal management and interconnect durability.
Non-conductive adhesives are specialized materials that bond surfaces together while preventing the flow of electricity, making them essential for applications requiring electrical insulation.
Electrically conductive adhesives are specialized materials that bond surfaces together while allowing the flow of electricity, serving as both adhesive and electrical conductor in applications requiring conductivity and adhesion.
Electronic device reliability requires materials to protect componentry from mechanical shock, thermal impact, and other environmental factors.
Smaller, denser electronic components create heat that can degrade their performance. Component-level thermal management helps to protect electronic devices.
HDDs provide critical and cost-efficient storage capacity. Materials that enhance HDD performance meet critical outgassing, functionality, and durability requirements.
Electronic device reliability requires materials to protect componentry from mechanical shock, thermal impact, and other environmental factors.
Smaller, denser electronic components create heat that can degrade their performance. Component-level thermal management helps to protect electronic devices.
Processors like graphics cards are essential for gaming, computer-aided design, medical devices, artificial intelligence, and autonomous driving. Thermal solutions help reduce overheating risks, and durable materials boost functionality and device life.
Smaller, denser electronic components create heat that can degrade their performance. Component-level thermal management helps to protect electronic devices.
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