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Revolutionizing Material Testing: The Advanced BXT-DR-S Thermal Conductivity Tester

Revolutionizing Material Testing: The Advanced BXT-DR-S Thermal Conductivity Tester

2025-06-23

Revolutionizing Material Testing: The Advanced BXT-DR-S Thermal Conductivity Tester

Introduction

In the fields of material science, manufacturing, and quality control, accurately measuring thermal conductivity is crucial. The BXT-DR-S Thermal Conductivity Tester, developed using Transient Planar Heat Source (TPS) technology, sets a new standard for fast, precise, and non-destructive thermal conductivity testing. This cutting-edge instrument is designed for a wide range of materials, making it an indispensable tool for laboratories, production facilities, and research institutions.

Why Choose the BXT-DR-S Thermal Conductivity Tester?

1. Advanced Transient Planar Heat Source (TPS) Technology

The BXT-DR-S employs the latest TPS method, a breakthrough in thermal conductivity measurement. Unlike traditional static methods, TPS eliminates errors caused by contact thermal resistance and provides results in just 5-160 seconds. The probe, featuring a double-spiral structure, acts as both a heat source and temperature sensor, ensuring high accuracy (±3%) and repeatability (≤3% error).

2. Wide Testing Range & Versatility

This thermal conductivity tester supports an extensive range of materials, including:

  • Metals, ceramics, alloys, and polymers

  • Insulation materials (foams, mineral wool, composites)

  • Pastes, powders, liquids, and colloids

  • Construction materials (concrete, cement walls, CRC panels)

With a measurement range of 0.001–300 W/(m·K), the BXT-DR-S is suitable for both low and high thermal conductivity materials.

3. Fast, Non-Destructive, and User-Friendly

  • No special sample preparation required – Only a flat surface and dimensions twice the probe diameter are needed.

  • Non-destructive testing – Samples remain intact and reusable.

  • Touchscreen interface & automated data processing – Simplifies operation and enhances efficiency.

Key Features of the BXT-DR-S Thermal Conductivity Tester

✔ Complies with ISO 22007-2 standards
✔ Three probe options (7.5mm, 15mm, 30mm) for different material types
✔ High-speed ARM microprocessor for rapid data analysis
✔ Wide temperature range (-20°C to 320°C with optional equipment)
✔ Minimal sample temperature rise (<15°C) for accurate results

Applications Across Industries

  • Quality Control in Manufacturing – Ensures material consistency in production.

  • Building & Construction – Tests insulation efficiency in walls, panels, and composites.

  • Aerospace & Automotive – Evaluates thermal properties of advanced materials.

  • Research & Development – Accelerates material innovation with precise measurements.

Technical Specifications

Parameter Details
Test Range 0.001–300 W/(m·K)
Accuracy ±3%
Probe Diameters 7.5mm, 15mm, 30mm
Measurement Time 5–160 seconds
Sample Temp. Range -20°C to 320°C (optional)
Power Supply AC 220V

Conclusion

The BXT-DR-S Thermal Conductivity Tester is a game-changer for industries requiring fast, reliable, and non-destructive thermal analysis. With its advanced TPS technology, broad material compatibility, and user-friendly design, it stands as a leading solution in thermal conductivity measurement.

For more information on how this instrument can enhance your testing processes, contact us today!

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Blog Details
Created with Pixso. Home Created with Pixso. Blog Created with Pixso.

Revolutionizing Material Testing: The Advanced BXT-DR-S Thermal Conductivity Tester

Revolutionizing Material Testing: The Advanced BXT-DR-S Thermal Conductivity Tester

Revolutionizing Material Testing: The Advanced BXT-DR-S Thermal Conductivity Tester

Introduction

In the fields of material science, manufacturing, and quality control, accurately measuring thermal conductivity is crucial. The BXT-DR-S Thermal Conductivity Tester, developed using Transient Planar Heat Source (TPS) technology, sets a new standard for fast, precise, and non-destructive thermal conductivity testing. This cutting-edge instrument is designed for a wide range of materials, making it an indispensable tool for laboratories, production facilities, and research institutions.

Why Choose the BXT-DR-S Thermal Conductivity Tester?

1. Advanced Transient Planar Heat Source (TPS) Technology

The BXT-DR-S employs the latest TPS method, a breakthrough in thermal conductivity measurement. Unlike traditional static methods, TPS eliminates errors caused by contact thermal resistance and provides results in just 5-160 seconds. The probe, featuring a double-spiral structure, acts as both a heat source and temperature sensor, ensuring high accuracy (±3%) and repeatability (≤3% error).

2. Wide Testing Range & Versatility

This thermal conductivity tester supports an extensive range of materials, including:

  • Metals, ceramics, alloys, and polymers

  • Insulation materials (foams, mineral wool, composites)

  • Pastes, powders, liquids, and colloids

  • Construction materials (concrete, cement walls, CRC panels)

With a measurement range of 0.001–300 W/(m·K), the BXT-DR-S is suitable for both low and high thermal conductivity materials.

3. Fast, Non-Destructive, and User-Friendly

  • No special sample preparation required – Only a flat surface and dimensions twice the probe diameter are needed.

  • Non-destructive testing – Samples remain intact and reusable.

  • Touchscreen interface & automated data processing – Simplifies operation and enhances efficiency.

Key Features of the BXT-DR-S Thermal Conductivity Tester

✔ Complies with ISO 22007-2 standards
✔ Three probe options (7.5mm, 15mm, 30mm) for different material types
✔ High-speed ARM microprocessor for rapid data analysis
✔ Wide temperature range (-20°C to 320°C with optional equipment)
✔ Minimal sample temperature rise (<15°C) for accurate results

Applications Across Industries

  • Quality Control in Manufacturing – Ensures material consistency in production.

  • Building & Construction – Tests insulation efficiency in walls, panels, and composites.

  • Aerospace & Automotive – Evaluates thermal properties of advanced materials.

  • Research & Development – Accelerates material innovation with precise measurements.

Technical Specifications

Parameter Details
Test Range 0.001–300 W/(m·K)
Accuracy ±3%
Probe Diameters 7.5mm, 15mm, 30mm
Measurement Time 5–160 seconds
Sample Temp. Range -20°C to 320°C (optional)
Power Supply AC 220V

Conclusion

The BXT-DR-S Thermal Conductivity Tester is a game-changer for industries requiring fast, reliable, and non-destructive thermal analysis. With its advanced TPS technology, broad material compatibility, and user-friendly design, it stands as a leading solution in thermal conductivity measurement.

For more information on how this instrument can enhance your testing processes, contact us today!