Thermal Simulation

Thermal Simulation Analysis Service
Thermal Simulation Analysis Service

●Free thermal simulation

●Thermal solution consultation

●Improvement plan for product design

●Customized prototype

With the short electronic product's development cycle and the high density of electronic components in one product, T-Global not only offer customer with all-rounded thermal solution products but also offer total thermal solution consultant service. We have the top thermal simulation software and professional thermal engineer team to help customer with initial stage thermal simulation design and product's thermal solution design.

T-Global provides one-stop heat dissipation countermeasures services. From the beginning of the customer's product project, they can immediately join the ranks of assisting heat dissipation design. T-Global adopts the industry's high-end FloTHERM XT heat flow simulation software, electronic heat dissipation analysis software FloTHERM and FloEFD unique grid technology, it can be applied to the thermal management simulation planning in all product development. For the design of any complex institutional environment, FloTHERM XT can be used to easily achieve the analysis purpose, and professional heat flow engineers can provide heat dissipation solutions and the specification of heat dissipation components.


Thermal simulation can apply to all kinds of electronic products. You only need to provide the CAD files (e.g. SolidWorks、Pro/ENGINEER、STEP、IGES files), T-Global’s professional RD team will provide you thermal simulation service. You can save the time of model building. We use the best thermal simulation software which is support to all kinds of image files. Even through the complicated design, we still can keep the most comprehensive model details and offer a high quality thermal simulation report to you.

Thermal simulation report can help you to have a best product design within the budget. All of your design details will be protected under a confidential contract.

Property table


©T-Global Technology will provide tailored total thermal solution plan for each project. Please contact us and upload your design for further discussion.

Related materials Recommended

Heat pipe

●A conversion of the density of heat flow

●Fast heat-balancing

●Passive components


It is a special material with fast heat-balancing characteristics. It utilizes the vapor phase and liquid two-phase change of the material, and the convection principle to achieve multiple times of heat transfer than the metal heat conduction.

Vapor Chamber

●Horizontally conduction

●Passive components

●High stability

●Efficiency higher than heat pipe 10 times

Vapor chamber's function and working theory is same as heat pipe. In order to achieve a cycle working system, it works through the evaporation and condensation of the working fluid in the platy cavity. Vapor chamber is a product that can conduct a small part of heat source to a large area evenly and rapidly.

Heat Sink(21~30mm)

●Good thermal dissipation ability

●Customized design

●Easy to assemble

Heat sink (mainly made of aluminum or copper) is a kind of metal contain high thermal dissipation ability, light weight and easy to have machining. It is one of the popular heat dissipation products and can stick on the surface of heat source. How to increase the thermal conductivity and heat dissipation surface in order to increase the product’s heat dissipation efficiency is the hard issue of this industry.  Stamping, extrusion, die casting and forging are the production way of heat sink. These products and be the main components of heat dissipation for various applications and their application shell.

The metal heat sink is a metal with good thermal conductivity, lightweight and easy processing (mostly aluminum or copper), which can be attached to the heating element on the surface, the heat sink is manufactured by stamping, extrusion, die-casting, and forging. As the main heat dissipation element, the intention is to provide a larger surface area on the heating element, so that heat can be more efficiently transferred to the surrounding environment.