Thermal Interface Materials Testing
In today’s diverse technology markets, the measuring the thermal properties of Thermal Interface Materials (TIMs) is crucial in the development of electronic and non-electronic components. To develop and produce reliable products requires extreme thermal testing and rapid thermal cycling to ensure reliability under extreme environmental conditions.
The thermal resistance of materials is a priority to electronic engineers because most electrical components generate heat and require cooling. Electronic components malfunction or fail completely if overheated, and parts routinely need measures taken in the design and development processes to prevent this.
Thermal Interface Material Testing | Thermal Resistance Testing | Thermal Analysis | Thermal Conductivity Testing | Thermal Cycling Test | Thermal Testing Solutions | Temperature Testing Solutions
ThermalAir TA-5000 Series Temperature Cycling Systems
Advanced Thermal Cycling Testing Technology for Thermal Interface Materials (TIMs)
Flexible – Silent – Energy Efficient
Temperature Chambers for Today’s Advanced Technolgies
Advanced – Accurate – Reliable
Thermal Cycling Systems for the Future
Instead of taking your parts to a large walk-in environmental chambers or small ovens, ThermalAir Mobile thermal Test Systems allow you to bring temperature to your components (at your test location), providing reliable, precise temperature testing .
Thermal Testing of Materials
Failure Analysis and Life Cycle Testing Materials
Proper thermal testing of Thermal Interface Materials is critical for the device efficiency. Instead of sophisticated cooling techniques, it is has been proven to invest in thermal interface materials. Thermal Testing of Plastics, Polymers, Ceramics, Pastes, and Glues play a critical role in electronic and non-electronic products and technologies.
MPI ThermalAir temperature forcing systems provide a direct thermal stream of clean dry hot and cold air directly to the part that needs to be thermal tested. Environmental stress screening, temperature conditioning, thermal shock and other temperature test requirements is what the ThermalAir temperature systems bring to the test.
Thermal Resistance Test Applications
Our Benchtop Environmental Chamber provides superior performance for a wide range of products and applications through a diverse range of industries. MPI benchtop temperature test chambers are ideal for thermal testing compact products.
MPI ThermalAir Temperature Forcing Systems and environmental test chambers provide quality assurance through failure analysis testing by providing a mobile thermal testing solution capable of environmental stress testing throughout the design, manufacturing, and test processes.
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In today’s diverse technology markets, industrial manufacturers need to develop and produce reliable products involving electronic and non-electronic components that requiring extreme thermal testing and rapid thermal cycling to ensure reliability under extreme environmental conditions.
With so many emerging technologies, environmental test chambers can just go so far when it comes to precise thermal testing and with a need for fast ramp rates and narrow temperature margins in some product test procedures and processes, ThermalAir Systems provides the means to bring the temperature to your components at your test location.
Our Precision Thermal Stress Test Systems use a direct temperature-controlled stream of hot or cold air to provide a precise test environment for thermal stress testing, thermal conditioning and thermal cycling fatigue tests of electronic and non-electronic assemblies and sub-systems. The ThermalAir Temperature system enables an accurate thermal cycling test, allowing you to perform temperature simulation tests in situ, at a specific location, at your tester station, test bench, or directly on the unit under test. Our portable self-contained thermal inducing systems only need to be plugged in and you’re ready for test, easily allowing fatigue life test of electronic semiconductor IC devices.
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Thermal Conditioning System | Thermal Resistance Test | Thermal Stress Testing | Life Cycle Testing | Thermal Interface Materials | Environmental Test Chamber
Testing Thermal Conductivity of Materials
Thermal Properties and Testing
Thermal Analysis is a field of materials science in which the life cycle and durability of materials are thermal tested and examined as the material changes with regards to temperature changes. Thermal test and measurement used to determine brittleness, melt sensitivity, viscosity, stability, and expansion plays a central role in determining the life cycle products and their ability to operate under demanding environmental temperature conditions.
Traditional thermal chambers can just go so far when it comes to precise thermal control, fast ramp rates, and narrow temperature margins in some product test procedures and processes. Instead of taking your parts to a large test chamber, ThermalAir Systems bring the thermal cycling test to components and materials at your test location.
Thermal Stress Test Systems
The ThermalAir TA-5000 series of products with a wide range of Thermal Stress Test Systems capabilities. Bench top -40°C to +80°C applications to temperature cycling -100°C to +225°C environmental stress test. The TA-5000 is used for temperature testing in engineering product development test labs and production test floors for semiconductor IC devices and all kinds of electronic – non-electronic components and other parts and assemblies.
Thermal Interface Materials Testing
Thermal Cycling Test
MPI ThermalAir temperature forcing systems provide a direct thermal stream of clean dry hot and cold air directly to the part that needs to be thermal tested. Environmental stress screening, temperature conditioning, accelerated life testing, thermal shock, and other temperature test requirements is what the ThermalAir temperature systems bring to the test.
Thermal Cycle Test | Failure Analysis | Thermal Shock Test | Accelerated Temperature Testing | Thermal Management | Environmental Stress Testing
Thermal Management Solutions for the Future
Thermal Testing Systems