For highly viscous, abrasive, and filled materials in straight walled 5 gallon buckets or 20l pails. Coupled with our special TCA metering head is designed for thixotropic Thermally Conductive Materials with higher viscosities. Low system and opera
Henkel offers innovative capillary flow underfill encapsulants for flip-chip, CSP and BGA devices. These are highly flowable, high purity, onecomponent encapsulants. They form a uniform and void-free underfill layer to improve reliability performance
Industry News | 2022-05-05 17:28:46.0
Includes new, easy-to-operate pail pump with unique pail change and loading method, which also reduces material waste
Industry News | 2013-05-01 12:45:51.0
Held at the Rijckholt Castle and Nordson ASYMTEK European Headquarters in Maastricht
Technical Library | 2018-06-18 13:43:56.0
Thermal influences can significantly compromise the service life, capacity and especially the operational safety of HV batteries. In order to prevent damage due to excessive temperatures, large quantities of heat-conducting potting media are used here. Scheugenpflug has developed a new system solution for fast and reliable application of these materials.
Rugged Material Feeding Unit for Highly Abrasive Dispensing Media With High Viscosity. Loading of Material From 20-Litre Drums With the Patented Scheugenpflug Barrel Follower Plate. The barrel (hobbock, pail) is positioned on the ergonomic hobbock d
What is Meter-Mix? In the world of bonding, filling, and encapsulating the term “meter-mix” refers to the process and the hardware required to accurately manage, blend, and dispense multi-part fluids in an automated fashion. Most often in electronics
Influence of Nanoparticles, Low Melting Point (LMP) Fillers, and Conducting Polymers on Electrical, Mechanical, and Reliability Performance of Micro-Filled Conducting Adhesives for Z-Axis Interconnections. Influence of Nanoparticles, Low Melting
Imagineering, Inc. | https://www.pcbnet.com/blog/high-temperature-pcb-considerations-for-high-heat-applications/
. However, some debate exists as to whether heat spreading in a thicker copper layout lowers the total thermal resistance. The use of thermal adhesives can eliminate the need for mechanical fasteners like clips or screws, and can help reduce thermally conductive silicon insulators or gap fillers that isolate a device from a heat sink
GPD Global | https://www.gpd-global.com/co_website/fluid-dispense-tim-application.php
. Alternatively, when a larger gap or holding power is required, a thermal adhesive is the recommended solution. Metal oxides are key to heat transfer but are highly abrasive
