DZDR-S Transient Plane Source Thermal Conductivity Tester TPS Thermal Conductivity Analyzer

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DZDR-S Transient Plane Source Thermal Conductivity Tester

Product ID：WLrd003

Price: US$3,580.00 ~ US$7,580.00 PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberDZDR -S

Brand NameDAZHAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

DZDR-S Transient Plane Source Thermal Conductivity Tester
Product Introduction
The DZDR-S Transient Plane Source (TPS) Thermal Conductivity Tester is an advanced thermal conductivity measurement instrument based on the Transient Plane Source technology. Developed for accurate thermal transport analysis, it provides stable performance, fast measurement speed, and intelligent data processing for various solid materials.
The TPS thermal conductivity analyzer is suitable for measuring the thermal conductivity and heat transfer properties of metals, ceramics, alloys, minerals, polymers, composites, papers, textiles, foams, insulation materials, and building materials.
With an intelligent color LCD interface, automated calculation system, and automatic test report generation, the DZDR-S provides an efficient solution for research laboratories, material development, quality control, and industrial applications.

Performance Features
● Transient Plane Source (TPS) technology enables fast and accurate thermal conductivity measurement.
● Wide testing range suitable for various materials with different thermal properties.
● Intelligent human-machine interface with color LCD display.
● Simple operation and short testing time, improving laboratory efficiency.
● Automatic data acquisition, calculation, analysis, and report generation.
● Computer communication system supports intelligent data management.
● Built-in experiment records and standardized report templates.
● Compatible with printer output for direct test report printing.
● Stable measurement performance with high repeatability.

Working Principle
The DZDR-S thermal conductivity tester works based on the Transient Plane Source (TPS) method.
A specially designed plane sensor is placed between two pieces of the tested material. During measurement, the sensor generates a controlled heat pulse while simultaneously monitoring temperature changes caused by heat diffusion into the sample.
According to the relationship between temperature response and heating time, the system automatically calculates thermal conductivity and related thermal transport parameters.
The TPS method provides fast testing speed, minimal sample preparation requirements, and reliable results for a wide range of materials.

Applications
The DZDR-S TPS Thermal Conductivity Tester is widely used in:

Industry	Applications
Metal Materials	Thermal conductivity testing of metals and alloys
Ceramic Industry	Ceramic heat transfer performance analysis
Polymer Materials	Polymer and composite thermal property testing
Insulation Materials	Testing of foam plastics, mineral wool, glass wool, rock wool
Building Materials	Cement walls, sandwich panels, composite boards testing
Energy Materials	Thermal performance evaluation of new materials
Research Institutes	Material thermal characterization and development
Quality Control	Product performance inspection and comparison

Tested Materials
The instrument supports thermal conductivity testing of:
● Metals and alloys
● Ceramics
● Minerals and rocks
● Polymers
● Composite materials
● Paper and textiles
● Foam plastics
● Polyurethane materials
● Phenolic foam
● Urea-formaldehyde foam
● Glass wool, rock wool, mineral wool
● Cement walls and concrete composite materials
● Glass fiber reinforced composite panels
● Honeycomb panels

Technical Specifications

Parameter	Specification
Model	DZDR-S TPS Thermal Conductivity Tester
Measurement Method	Transient Plane Source (TPS) Method
Thermal Conductivity Range	0.005–300 W/(m·K)
Measurement Temperature Range	Room Temperature–130℃
Working Environment Temperature	0–40℃
Probe Diameter	15 mm
Measurement Accuracy	±3%
Repeatability Error	≤3%
Measurement Time	5–160 seconds
Data Processing	Automatic computer data processing
Display	Color LCD display
Report Function	Automatic test report generation
Power Supply	AC 220V
Total Power Consumption	<500W

DZDR-S TPS Thermal Conductivity Tester vs Traditional Thermal Conductivity Instruments

Feature	DZDR-S TPS Analyzer	Traditional Thermal Conductivity Tester
Testing Method	Transient Plane Source technology	Usually steady-state methods
Testing Speed	5–160 seconds	Longer testing cycles
Sample Preparation	Simple	Often requires complex preparation
Material Compatibility	Wide range of materials	Usually limited materials
Data Processing	Automatic calculation and reporting	Manual processing often required
Operation	Intelligent LCD interface	Conventional operation
Accuracy & Repeatability	High stability and repeatability	Depends on test conditions

FAQ
1. What is the TPS method used in the DZDR-S thermal conductivity tester?
The TPS (Transient Plane Source) method measures thermal conductivity by analyzing heat diffusion through a material after applying a controlled heat pulse.
2. What materials can be tested with this thermal conductivity analyzer?
The instrument can test metals, ceramics, polymers, composites, insulation materials, building materials, textiles, and foam materials.
3. How long does one measurement take?
The typical measurement time is between 5 and 160 seconds, depending on material properties and test settings.
4. What is the thermal conductivity measurement range?
The DZDR-S covers a wide range from 0.005 to 300 W/(m·K), suitable for both insulating and highly conductive materials.
5. Does the instrument generate test reports automatically?
Yes. The built-in software can automatically process data, store experimental records, and generate standardized test reports.
6. What are the advantages of TPS technology?
TPS technology provides fast testing, high repeatability, minimal sample preparation, and suitability for many different material types.

Product Summary
The DZDR-S Transient Plane Source Thermal Conductivity Tester is a high-performance TPS thermal conductivity analyzer designed for accurate heat transfer measurement of metals, ceramics, polymers, composites, insulation materials, and construction materials. With fast testing, intelligent operation, and automated data analysis, it is an ideal solution for modern material thermal characterization.

FAQ
1. What is the TPS method used in the DZDR-S thermal conductivity tester?
The TPS (Transient Plane Source) method measures thermal conductivity by analyzing heat diffusion through a material after applying a controlled heat pulse.
2. What materials can be tested with this thermal conductivity analyzer?
The instrument can test metals, ceramics, polymers, composites, insulation materials, building materials, textiles, and foam materials.
3. How long does one measurement take?
The typical measurement time is between 5 and 160 seconds, depending on material properties and test settings.
4. What is the thermal conductivity measurement range?
The DZDR-S covers a wide range from 0.005 to 300 W/(m·K), suitable for both insulating and highly conductive materials.
5. Does the instrument generate test reports automatically?
Yes. The built-in software can automatically process data, store experimental records, and generate standardized test reports.
6. What are the advantages of TPS technology?
TPS technology provides fast testing, high repeatability, minimal sample preparation, and suitability for many different material types.