How to Specify a Cold Plate for IGBT and Power Electronics
A practical specification guide covering heat-source maps, coolant conditions, contact interfaces, construction routes and sample acceptance.
Product & Technical Guides
Heat Sink or Liquid Cold Plate? A Practical Cooling Route Decision
Compare air-cooled heat sinks and liquid cold plates using heat load, airflow, coolant conditions, installation space, maintenance and validation requirements.
How to Choose a Custom Heat Sink for Industrial Equipment
Review heat load, airflow, mounting, envelope, fin structure, manufacturing route and thermal verification before ordering a custom heat sink.
Embedded Tube vs Brazed vs FSW Cold Plates: How to Compare the Routes
Compare embedded tube, brazed and friction stir welded cold plates against thermal, fluid, mechanical, production and evidence requirements.
How to Choose a Liquid Cold Plate for Power Electronics
A practical guide to reviewing heat load, coolant flow, pressure drop, mounting interfaces, construction and inspection before selecting a custom liquid cold plate.
Flexible Busbar Selection: Current, Space and Movement
Specify flexible busbar connections by current, interfaces, heat dissipation, available space and movement—not cross-section alone.
33 kV Insulator Replacement: Check More Than Voltage
Compare creepage, mechanical class, connection dimensions and site conditions before approving an insulator replacement.
Vacuum Circuit Breaker, Load-Break Switch or Disconnector?
Compare switchgear device duties, fault ratings, controls and mechanical interfaces before specifying a replacement.
Cold-Shrink or Heat-Shrink? Specify the Cable Before the Kit
Choose cable terminations and joints by cable construction, installation method and complete kit contents—not voltage and cross-section alone.
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