TCM-THF Desktop Thermal Conductivity Measurement Instrument (heat flow method), thermal resistance tester, ASTM D5470

It is mainly used to test the thermal resistance of thin thermal conductors, solid electrical insulation materials, thermal conductive silicone grease, resin, rubber, beryllium oxide porcelain, alumina porcelain and other materials, as well as the contact thermal resistance at the solid interface and the thermal conductivity of the material.

SKU: TCM-THF Series Category:

Thermal Conductivity Measurement Instrument is mainly used to test the thermal resistance of thin thermal conductors, solid electrical insulation materials, thermal conductive silicone grease, resin, rubber, beryllium oxide porcelain, alumina porcelain and other materials, as well as the contact thermal resistance at the solid interface and the thermal conductivity of the material. The detection material is in the form of solid sheets, and a frame can be used to detect powdery materials and paste materials.

 

thermal Conductivity Measurement Instrumentthermal Conductivity Measurement Instrument

Instrument reference standards
• ASTM D5470-2017 “Test Standard for Heat Transfer Performance of Thin Thermal Conductive Solid Electrical Insulating Materials”
• MIL-I-49456A “Insulating Sheet, Thermal Conductive Resin, Thermal Conductive Glass Fiber Reinforcement”;
• “Method for Determination of Thermal Conductivity of Beryllium Oxide Porcelain”;
• “Electrical Insulating Materials” Thermal Conductivity Performance Test Method”;

Features
• Thermal Conductivity Measurement Instrument are all designed and manufactured in accordance with ASTM D5470-2017 standards.
• Xiangyi Instrument has accumulated more than ten years of experience in manufacturing and user practice for this product, which has enabled the product’s performance to be continuously improved and matured.
• It adopts servo motor to control precise automatic pressurization and automatic thickness measurement device, and is connected to a computer to achieve fully automatic control.
• The instrument uses 6-point temperature gradient detection to improve test accuracy. A protective thermal device (thermal protection of the sample) is added around the test rod in the test head to reduce the impact of ambient temperature on the test.
• It can detect thermal resistance curves under different pressures, adopt optimized mathematical models, and measure multiple parameters such as material thermal conductivity and thermal resistance, as well as contact thermal resistance at the interface.
• The latest technology is used to automatically compensate the cold end temperature, eliminating the need to add ice water compensation device.
• It is widely used in material thermal conductivity analysis and testing in colleges and universities, scientific research units, quality inspection departments and production plants.

 

Main technical parameters of Thermal Conductivity Measurement Instrument 

Sample size  Φ30mm or 20x20mm

other sizes can be customized

Thermal conductivity test range  0.001~50W/m.k

0.001~300W/m.k

computer software automatically switches the range

Thermal resistance test range  0.05~0.000005m2.K/W;
Sample thickness  0.001~50mm

typical thickness 0.02~20mm

Thermal pole temperature control range RT ~ 100°C,

299.99°C/ 500°C is optional

Temperature control accuracy 0.01°C

Cold pole temperature control range  0~99.00℃, accuracy 0.01℃

(equipped with high-precision low-temperature water bath);

Pressure measurement range  0~1000N, Control accuracy is 0.11N

controlled by servo motor

Thickness measurement range  0~50.00mm, accuracy 0.1um

automatic thickness measurement

Number of samples  1 piece (multiple films)
Test accuracy better than 3%
Experimental methods  thermal resistance test of samples under different pressures, material thermal conductivity test, contact thermal resistance test, aging reliability test, material compression performance test, contact thermal resistance test between samples;
Computer and software Fully automatic computer testing and data printout;
Power supply  220V/50Hz; 500W.
Dimensions (L × W × H) TCM-THF tester: 500 × 400 × 785mm

Precision constant temperature water bath: 300 × 350 × 535mm

Net Weight TCM-THF tester: 60kg

Precision constant temperature water bath: 35kg

Typical test materials
• Metal materials, stainless steel;
• Thermal conductive silicone grease;
• Thermal conductive silicone pad;
• Thermal conductive engineering plastic;
• Thermal conductive tape;
• Aluminum substrate, copper clad laminate;
• Quartz glass, composite ceramics;
• New materials such as copper foam, graphite paper, graphite sheets, etc.

 

Configuration List

Item name Qty
Thermal conductivity tester host 1 set
Analysis software (English versions) 1 copy
Precision low-temperature water bath 1 set
Lenovo computer (user can choose); 1 set
Standard samples 2 pcs
Accessories (grease, paste and powder test boxes, Forming stamping mold). 1 set

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