Niagara Thermal Products

Niagara Thermal Products global leadership in the development of custom heat exchangers has inspired a new product line of cold plates for the direct contact cooling of electronics in a multitude of applications. Utilizing our wide array of heat transfer fin and existing manufacturing technologies, Niagara Thermal is able to meet or exceed the heat transfer performance of any aluminum brazed cold plate being produced today. Custom engineered Evolution cold plates offer the performance required in all of the vacuum brazed folded fin cold plate applications of today. Working with Niagara Thermal Products offers significant benefits:An engineering team with expertise in the design and manufacture of folded finHeat exchanger and cold plate modeling capabilityVertically integrated manufacturing operationAluminum, stainless steel, copper, cupro nickel and inconel brazing capabilityLiquid loop system expertiseTwo phase cooling system expertiseThe ability to provide other heat exchangers in the system.A track record of quality in the Aerospace and Defense markets (AS 9100, ISO 9001)

Custom engineered Revolution cold plates offer superior performance in comparison to any technology available on the market today. These custom microchannel cold plates have superior heat transfer, reduced size and lower weight than those offered by our competitors. Working with Niagara Thermal Products offers significant benefits:An engineering team with expertise in the design and manufacture of complex heat exchangersHeat exchanger and cold plate modeling capabilityVertically integrated manufacturing operationsPortfolio of joining technologiesLiquid loop system expertiseTwo phase cooling system expertiseThe ability to provide other heat exchangers in the system.A track record of quality in the Aerospace and Defense markets (AS 9100, ISO 9001)Manufacturing DetailsRevolution cold plates utilize the complex machining and joining processes of Niagara Thermal in combination with Wolverines Micro Deformation Technology (MDT)The MDT patented process mechanically and plastically deforms the work piece to form finite and repeatable high tolerance micro channels with varying depths, orientation, spacing and angularity