Shenzhen Halnziye Electronics Co., Ltd., offers heat sink compounds Thermal Grease Provides Thermal Conductivity, Electronic Insulation, heat sink plaster, heat sink flow and thermal pads. Shenzhen Halnziye’s thermal grease provides high quality thermal conductivity, electronic insulation, weather resistance and smaller surface tension. It is non-corrosive and an ideal thermal … [Read more...]
High Power Drives Raise Standards for Heat Management
Danfoss has expanded its range of VLT drives with power capabilities up to 1.2MW. Drive voltage ratings range from 380VAC through 690VAC. A back-channel cooling method solves the heat loss problem by exhausting the majority of the cooling air and 85 percent of the heat loss to the outside of the control room. Furthermore, this cooling air only passes over heat sink surfaces and … [Read more...]
Reinforced TIM Integrates Nylon Mesh Layer
Fujipoly released Sarcon 100GR-FL, a low resistance, durable thermal interface gap filler pad. The gel-like material is manufactured with an integrated nylon mesh layer that prevents distortion and stretching during die-cut operations. When placed between a heat source such as a high-performance semiconductor and a nearby heat sink, Sarcon 100GR-FL will transfer heat with a … [Read more...]
System Measures Pressure Distribution between Heat Sinks, Components
The new Tactilus® heat-sink analysis system by Sensor Products Inc. enables research and design engineers to quickly and precisely test and correct the surface contact and pressure distribution between the heat sink and its source. Even a slight warping of the heat exchange structure or reduction in surface contact area can have a profound effect on cooling efficacy. If the … [Read more...]
Cooling High-Power Electronic Components in Small Packages
Thermacore’s Therma-Base vapor chamber is used as the base of a heat sink to alleviate spreading resistance found in solid heat sink construction, which enables lower device temperature and greater component reliability. The chamber features effective thermal conductivity over 5,000 W/mK; application improvement of over 30% in high-flux, poor spreading applications; and over … [Read more...]
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