Author Archives: Rebecca ODay

2mm High Heat Sinks Perfect for Cooling Tight-Spaced, Passive Cooling Applications

blueICE ultra low-profile heat sinks come in 2 to 7mm heights and are ideal for tight-space, passive cooling applications such as:

– connected appliances

– IIOT (Industrial Internet of Things)

– autonomous farming equipment

– drones.

blueICE™ heat sinks are very lightweight, ranging from 4 to 30 grams. No mechanical hardware is needed to mount them to components. A double-sided, thermal conductive adhesive tape can be used to attach a blueICE heat sink securely.

Their spread fin design offers thermal resistance as low as 1.23° C/W in air velocity of 600 ft/min.

blueICE heat sinks are very lightweight, ranging from 4 to 30 grams. A double-sided, thermal conductive adhesive tape can be used to attach a blueICE heat sink securely. This no-hardware attachment method reduces weight and assembly time, while saving valuable board space. Available from ATS’s global distribution network. 

==> Cool your tight spaced projects! Blue Ice heat sink web page

==> Is BlueIce the right HS for your application? email our engineers and we’ll help you design a solution: ATS Engineering Team

Heat Pipe Bending Tools Give Engineers Proper, Reproducible Bends | ATS, Inc.

Bending heat pipes needs to be done carefully, with the right tool, in order for the bend to be accurate, reliable, and reproducible. There are a few ways to do that.

One way is with a jig. A jig could be a pipe of some kind or even a vise. The objective is to have something to bend the heat pipe against or to keep it stable so you can bend it. While inexpensive, this method may not produce an accurate bend. Care should also be taken not to crimp or break the heat pipe, which would reduce the heat pipe’s ability to transport the heated fluid from the hotspot where the heat pipes’ evaporator is to the condenser section in order to remove the heat.

A second method that can be used is an off the shelf, heat pipe bender or tube bender. They come in various sizes from single hand to double handheld, with various arm lengths. These can often be found at hardware and home improvement stores such as Home Depot, Amazon or Grainger. Often times these are plumbing tools, meant for bending copper piping of various diameters. The plus side to his method is that is more precise than using a jig, they are relatively inexpensive and generally easy to source. A down side to this approach is that these types of benders may not allow for the millimeter sized diameters of heat pipes used in electronics cooling.

hand held heat pipe bender for bending heat pipes
Hand held heat pipe bender from Husky via Home Depot – please click photo for more information on the Home Depot web site.

A third way is using a precision tool purpose built for bending heat pipes used in electronics cooling. A few companies make these, including Wakefield-Vette and Advanced Thermal Solutions.

Wakefield Thermal Heat Pipe Bending Tool
Wakefield Thermal Heat Pipe Bending Tool via Mouser – please click photo for more information on the Mouser web site.
Advanced Thermal Solutions Heat Pipe Bending Tool

Advanced Thermal Solutions, Inc., (ATS) Heat Pipe Bending Tool – please click
photo for more information on the ATS web site.

ATS has created a “how to” video on how the ATS heat pipe bender works, you can see it on their YouTube Channel by clicking to “ATS Round Heat Pipe Bending Tools“.

Advanced Thermal Solutions Heat Pipe Bending Tool is purpose built for round heat pipes –
please click photo to go to the demonstration video on this tool on the ATS YouTube Channel.




Free Engineering Webinar: “Thermal Management of Telecomm & Datacomm Equipment” Thursday 3-14-2022, 2PM EST

Advanced Thermal Solutions, Incl, (ATS) Free Engineering Webinar on Thermal Management of Telecomm and Datacomm Equipment being held Thursday, March 17th, 2PM EST. This is a free engineering webinar.

Advanced Thermal Solutions, Incl, (ATS) Free Engineering Webinar on Thermal Management of Telecomm and Datacomm Equipment being held Thursday, March 17th, 2PM EST.  This is a free engineering webinar.

With digital infrastructure, a reality, the distinctions between telecom and datacom equipment are very little. Now, the communications infrastructure includes wireless communication over cellular, SaaS, IaaS, PaaS, cloud storage, WiFi, remote computing, and more. In the next 60 minutes, Dr. Kaveh Azar will address power trends, standards, thermal design challenges, cooling options, and the thermal design process all for the communications infrastructure space. Attendees will understand more about these topics and how to apply them in the communications infrastructure.

This webinar, presented by thermal management expert Dr. Kaveh Azar, Ph.D., will address all these issues and more. The webinar is one hour in length with time for questions and answers afterwards online and after the webinar concludes.

Improving your thermal management might be as simple as adding a different heat sink

ATS maxiFLOW heat sinks provide the highest thermal performance for physical volume occupied compared to other heat sink designs.

maxiFLOW heat sinks are ideal for cooling BGA, QFP, LCC, LGA, CLCC, TSOP, DIPs and LQFP packages. Whenever higher cooling capacity is required, maxiFLOW, provided with thermal tape, can readily be used. The double-sided adhesive thermal tape facilitates the attachment of the heat sink to the device.

ATS maxiFLOW heat sinks provide the highest thermal performance for physical volume occupied compared to other heat sink designs.  maxiFLOW heat sinks are ideal for cooling BGA, QFP, LCC, LGA, CLCC, TSOP, DIPs and LQFP packages.

For fast, secure clip-on attachment, ATS provides the industry-leading maxiGRIP and superGRIP mounting systems. maxiFLOW heat sinks are available @ digikey

See how superGRIP is the fastest clip for adding a heat sink to a hot component in prototype or manufacturing
Click the image to see our video on our Youtube Channel to see how superGRIP is the fastest clip for adding a heat sink to a hot component in prototype or manufacturing

==> Improve your thermal management with maxiFLOW Heat Sinks by learning about maxiFLOW on our website.

==> Available through our global distribution network:

Understanding how to attach heat pipes into an assembly to cool electronics

In this video, we show how to attach heat pipes into an assembly. This 8-minute video covers:
– Mechanical press fit, thermally conductive epoxy, and soldering
– Grooving the base
– Some best practices

Video that teaches how to attach heat pipes to an assembly in order to cool electronics
Learn 3 ways to attach heat pipes to an assembly by clicking the video to see it on our Youtube channel

If you work with heat pipes in nearly any application, this video will be helpful to your work. See the video “How to Attach Heat Pipes into an Assembly

==> ATS’ large offering of heat pipes includes 350+ round and flat heat pipes, you can learn about that on our web site at https://www.qats.com/Products/Heat-Pipes

==> Check out our YouTube channel for more engineering education and how to videos: https://www.youtube.com/user/heatsinks

==> Have questions on the use of heat pipes in your application? Email us to talk to an engineer: ats-hq@qats.com