Material thermal conductivity tester

Material thermal conductivity tester is an instrument used for batch thermal conductivity measurement of various materials. Very suitable for development laboratories and production/quality control environments. The TIM tester can measure the overall thermal conductivity of various materials, including material types used in electronic packaging applications. The testing method used is ASTM D5470.

Material thermal conductivity tester

Product Introduction:

---

NameMaterial thermal conductivity tester

Model:TIM1300/1400

Brand:AnalysisTech

Origin: United States

Application: An instrument for batch thermal conductivity measurement of various materials. Very suitable for developing laboratories and production/Quality control environment.TIMThe tester can measure the overall thermal conductivity of various materials, including material types used in electronic packaging applications. The testing method used isASTM D5470.

Product Introduction

---

Analysis Tech TIMThe tester is implementedASTM D5470The automated testing system is used to measure the thermal resistance and conductivity of thin thermal conductive materials. Most commonly usedTIMThe materials tested by the tester include commonly used materials in electronic packaging, as well as various flexible or rigid solids, and semi rigid materialsLiquid or viscous materials. Usually, theseTIMThe tester can accommodate a contact pressure of5to380psi（50-2600Kpa）The high to medium thermal conductivity samples are tested within a temperature range of20°Cto130°CPhase change materials can also be tested using this device.

sample/The tested sample is sandwiched between a pair of parallel conductive surfaces and heated-A cooling process is used to apply a measured heat flux in the sample. Accurately measuring the temperature difference and induced heat flux on the sample provides the basis for measuring thermal conductivity. The average sample temperature and clamping contact pressure are automatically controlled based on the values selected by the user. It is easy to determine the effect of contact pressure on thermal performance using pressure batch processing mode testing.

Analysis TechWe also provide material thermal conductivity measurement and testing services.

Functions of thermal conductivity tester:

---

Analysis TechThe thermal interface material tester can measure the thermal resistance and conductivity of materials with medium to high conductivity, making it very suitable for measuring thermal interface materials used in electronic packaging. These testers comply with the testing methodASTM D5470However, thermal structure function analysis is also utilized to improve the speed and accuracy of measurements, resulting in 10 to 15 A typical test duration of minutes.

All test parameters and measurement procedures are used WinTIM Graphic user interface for software control. The contact pressure and sample temperature are automatically controlled based on the operator's testing selection. During the testing process, all relevant parameters will be automatically controlled to achieve the required testing conditions and achieve the best balance between testing duration and data accuracy. Data in text filesExcelThe format of the data file is presented in a simple and clear manner, and a graphical representation of the relationship between thermal data and sample thickness or pressure is presented. Drawing can also accurately determine surface contact thermal resistance and thermal conductivity.

During the testing process, the thickness of the sample is measuredElectronic measurement,commonly known as“In situ thickness measurement”The test can be conducted in a specified pressure mode (applicable toIIType andIIIType material) or specified thickness mode (applicable toIType andIIType material). Phase change materials can also be used before testing“bake”Test the functionality.

WinTIM The software package provides complete help files and screen instructions, allowing new users to quickly become experienced users without special training.WinTIM The software continuously monitors all aspects of the tester's operation and provides detailed prompts and guidance when appropriate.

The accompanying calibration equipment and reference sample kit are helpful for use WinTIM The functions of the softwareTIMThe tester undergoes regular on-site instrument calibration. The reference sample group includes recorded test samples for ease of referenceTIMThe accuracy verification and long-term consistency data of the testing instrument. (Note: Testing)No needReference sample, becauseASTM 5470The method isabsoluteMeasure, rather than relative to any known reference sample.

TIMThe tester requires temperature controlled circulation of chilled water and compression“workshop”Air and operationWindows 7orWindows 10ofPCcomputer Test control and data collection are conducted by WinTIM Software usage andTIMThe tester'sUSBPort connection execution. For convenience, both the coolant and compressed air are equipped with quick disconnect devices. Unless otherwise specified, AC power sources are typically120VAC，60 Hz.

Characteristics of Thermal Interface Material Tester

· in WinTIM Fully automated under software, including

· The testing duration is short, usually every time a test is conducted10-15minute

· Using electronic sensors to analyze samples“in situ”/“in situ”thickness measurement

· Controlled thickness and controlled pressure testing mode

· Accuracy estimation including all thermal data

· Perform automatic pressure control and pressure batch testing based on the operator's selection

· Automatic sample temperature control and temperature batch testing for operators to choose from

· Users can choose the testing unit:

o English: WattK, inches, pounds/square inch

o Metric system: WattKThecmTheKPa

· Continuous fault safety error detection:

o Low coolant flow rate

o Insufficient air pressure supply

o overtemperature

· Worker mechanical press safety

· convenientUSBInterface toPCcomputer

· Sturdy heavy-duty structure

· Internal calibration program

TIMTester accessories and options:

· TIMTurnkey accessory kit:

o beltUSBCirculating cooler, cable and hose kit for serial controller

o Calibration equipment and reference test sample package (included in the tester)

o Coolant and compressed air hoses with quick couplings (included in the tester)

· OptionalPCcomputer

Specification parameters of thermal conductivity tester:

---

Specification of Material Thermal Tester

Note:

sample size

Note:The recommended sample size is 1.3 Inches（33 Millimeter diameter. It is possible to test sample sizes with smaller diameters, although this requires custom area adapters and the resulting test data accuracy specifications may decrease.

1300 typeSample temperature range note:The temperature range of the sample depends on many factors, including the set point range of the cooler and the thermal resistance of the sample. The above specified range assumes that the recommended sampling impedance is greater than0.2K/WThe chiller unit. A chiller unit with a higher maximum set point will generate a higher maximum sampling temperature range. Resistance less than0.2K/WThe sample will have a lower maximum sample temperature range.For a wider range of sample temperatures, it is recommended to use TIM Tester 1400.

1400 typeSample temperature range note: The temperature range of the sample depends on many factors, including the set point range of the cooler and the thermal resistance of the sample. The above specified range assumes that the recommended sampling impedance is greater than0.1K/WThe chiller unit. A chiller unit with a higher maximum set point will generate a higher maximum sampling temperature range. Resistance less than0.1K/WThe sample will have a lower maximum sample temperature range.

Contact pressure accuracy note:The accuracy of contact pressure control is based on the pressure kit used, which is the recommended total sample size. For all pressure kits, the accuracy from command to actual pressure is approximately full-scale+/-3%Therefore, the deviation between the contact pressure and the commanded contact pressure depends on the pressure range kit installed: the smaller the entire span of the kit, the smaller the deviation between the contact pressure and the required contact pressure. Replacing the kit requires simple hardware changes and software parameter selection.

Installation requirements:

---

TIM Tester 1300/1400Many external facilities are required to operate. The following are the requirements and their corresponding link pages:

· Recirculation temperature controlled chiller unit

· Running beltLCDmonitorPCcomputer

o PCThe system must beWindows 7orWindows 10,32/64Professional version (included in the purchase)TIMIn the testing device)

· Internal compressed air supply:90 psi（600kPA）The volume flow rate is close to zero

· 1000 Watt AC power supply (with chiller power requirements)

· TIMCalibration and reference sample package

· Complete pipeline kit

Ordering information:

---

ifACThe line voltage is not120 VAC, please specifyACLine voltage. Welcome to customize orders.