The Knowledge Base: Beyond the Badge—Why Membership Matters More Than Ever
Smart Automation: AI—Revolutionizing Inspection in Electronics Manufacturing
Standard of Excellence: The Role of Technology in Enhancing the Customer Experience
Dow Introduces Easy-To-Dispense Gap Filler for Efficient Assembly
June 15, 2020 | DowEstimated reading time: 1 minute
Dow introduced new DOWSIL™ TC-4040 Dispensable Thermal Pad, a thermal interface material (TIM) that is easy to dispense, resists slumping and provides strong thermal conductivity, a key property in 5G designs with higher heat caused by greater power densities. This two-part TIM and gap filler allow electronic designers to replace traditional, fabricated pads of various thicknesses with a single UL 94 V-0 material for dispensing or printing through a choice of manual and automated processes. New DOWSIL™ TC-4040 Dispensable Thermal Pad supports either room temperature or accelerated curing and delivers highly reliable thermal and mechanical performance.
“Thermal interface materials for telecom and network equipment and other advanced devices need to dissipate significant amounts of heat in 5G network and cloud computing systems,” said Samuel Liu, marketing manager and segment leader, Dow. “At the same time, manufacturers need new material solutions that enable reduced labor costs and more efficient assembly. Our new DOWSIL™ TC-4040 Dispensable Thermal Pad is an innovative addition to Dow’s strong and growing portfolio of thermally conductive materials. Its launch underscores Dow’s ongoing commitment to its customers to develop cutting-edge materials that provide a precise balance of properties for outstanding thermal and mechanical performance.”
Dow’s new DOWSIL™ TC-4040 Dispensable Thermal Pad supports automated dispensing, stencil printing and screen printing. Piston pump and plunger metering is recommended for dispensing because of the material’s high filler loading. DOWSIL™ TC-4040 Dispensable Thermal Pad offers a superior extrusion rate and delivers precise component coverage with needle dispensing. This high thermally conductive material (4.0W/mk) has a working time of two to four hours.
DOWSIL™ TC-4040 Dispensable Thermal Pad is a reworkable gap filler that is supplied as a two-part liquid component kit and has a shelf life of up to six months at room temperature due to its dependable material properties and ease-of-storage. It has excellent reliability of thermal management performance that can resist various harsh environmental testing (e.g. 1000-hour aging test at 150C, 1000 cycles thermal shock from -45C to 125C and 1000-hour 85/85% RH (high-temperature/high-humidity) aging test).
DOWSIL™ TC-4040 Dispensable Thermal Pad is available in Greater China and throughout Dow’s extensive global network of distribution partners.
Share on:
Suggested Items
CE3S Launches EcoClaim Solutions to Simplify Recycling and Promote Sustainable Manufacturing
05/29/2025 | CE3SCumberland Electronics Strategic Supply Solutions (CE3S), your strategic sourcing, professional solutions and distribution partner, is proud to announce the official launch of EcoClaim™ Solutions, a comprehensive recycling program designed to make responsible disposal of materials easier, more efficient, and more accessible for manufacturers.
American Made Advocacy: Lobbying Congress Supports the Supply Chain
05/27/2025 | Shane Whiteside -- Column: American Made AdvocacyThe upheaval in world markets is driving daily headlines. The global supply chain has seemed “normal” for the microelectronics industry because over the past three decades, an increasing percentage of microelectronics components and materials have been made overseas. For many years, other countries, primarily in Asia, invested heavily in their microelectronics industry while U.S. companies offshored manufacturing services in pursuit of the lowest cost.
Dymax to Showcase Light-Cure Solutions at The European Battery Show 2025
05/23/2025 | Dymax CorporationDymax, a global manufacturer of rapid light-curing materials and equipment, will exhibit at The European Battery Show 2025 in Stand 4-C60
Pioneering Energy-Efficient AI with Innovative Ferroelectric Technology
05/22/2025 | FraunhoferAs artificial intelligence (AI) becomes increasingly integrated into sectors such as healthcare, autonomous vehicles and smart cities, traditional computing architectures face significant limitations in processing speed and energy efficiency
Self-Healing Materials Could Unlock the Potential of Tomorrow’s Technology, Reports IDTechEx
05/22/2025 | IDTechExA sci-fi movie trope is the virtually indestructible robot, capable of operating without rest due to extended battery life, able to interact with its surroundings like a human thanks to advanced soft robotic components, and fully autonomous due to an extensive suite of sensors.