Introducing the Hot Disk® TPS 3500: Advanced Thermal Analysis Instrument
Elevate your thermal analysis capabilities with the cutting-edge Hot Disk TPS 3500. This state-of-the-art instrument sets new standards in testing the thermal conductivity, thermal diffusivity, thermal effusivity, and specific heat capacity of small, highly thermally conductive samples. With a remarkable thermal conductivity range spanning from 0.005 to 1800 W/m/K, the TPS 3500 deftly handles 10-micrometer-thick slab samples, all while accommodating an extensive temperature range from cryogenic lows to scorching 1000ºC highs. Moreover, its innovation extends to analyzing the anisotropic thermal transport properties of both uniaxial and biaxial materials, employing specialized Hot Strip sensors for the latter. Notably, the TPS 3500 is compliant with ISO 22007-2 standards and boasts a CE mark.
A Multifaceted Solution for Diverse Applications
Beyond its exceptional capabilities for microsamples, the TPS 3500 proves to be an invaluable general-purpose R&D instrument. This powerhouse delves into thermal transport properties across a diverse spectrum of solids and liquids. Whether it’s dense or porous, isotropic or anisotropic, conducting or insulating, or even transparent or opaque, the TPS 3500 delivers reliable insights. An added testament to its reliability, this instrument adheres to ISO 22007-2 and incorporates Hot Disk’s trusted double spiral sensors for impeccable precision. Notably, it accomplishes all this without relying on contact fluids, light-absorbing surfaces, or fixed geometries.
Unveiling Key Features
Sensors: The TPS 3500 is compatible with a wide array of Hot Disk sensors, accommodating radii ranging from 0.5 mm to 30 mm. This versatility suits materials of all kinds, ensuring accurate measurements for diverse applications. Additionally, automatic sensor switching enables seamless connectivity.
Temperature Control: Execute Automatic Temperature series measurements (Isothermal Steps) effortlessly using optional external Furnace or temperature-controlled Circulating Bath. Direct control through the Hot Disk Thermal Analyzer software ensures user-friendly operation.
Comprehensive Starter Kit: The fundamental TPS 3500 setup includes everything required to initiate measurements. This package comprises the Hot Disk TPS 3500 instrument itself, Isotropic, One-dimensional, and Structural Probe measurement modules, a Sensor, Insulating Support-Material for Single-Sided testing, Stainless Steel Verification Samples, and a Room-Temperature Sample Holder.
Expand Your Possibilities with Optional Software Modules: In addition to the standard modules, the TPS 3500 offers optional software modules for Slab, Thin Film, Anisotropic, Specific Heat Capacity, and Low-Density, Highly-Insulating Samples, providing versatility tailored to your needs.
Technical Specifications in Detail
Discover the immense capabilities of the TPS 3500, capable of evaluating an extensive range of sample types, accommodating varied dimensions, and offering an impressive temperature range for measurement. The instrument’s accuracy, repeatability, and sensitivity are clearly defined, ensuring reliable results for a wide array of materials and applications.
Hot Disk® TPS 3500: Everything You Need for Precise Thermal Analysis
Experience excellence in thermal analysis with the Hot Disk TPS 3500 instrument. Unveil the intricate world of thermal conductivity, diffusivity, and more with unmatched accuracy. This advanced tool empowers researchers, engineers, and innovators across diverse industries to unlock the mysteries of heat transfer and material properties. Invest in precision, invest in progress, and let the TPS 3500 redefine your thermal analysis journey.
Please note that product details and specifications are subject to change by Hot Disk AB without prior notice, ensuring continual enhancements and improved capabilities.
Hot Disk® TPS 2500 S: Precision Thermal Analysis Instrument
Unlock the world of thermal transport properties with the Hot Disk TPS 2500 S, the core instrument at the heart of our portfolio. Renowned for its versatility, this multi-purpose, highly performing R&D thermal conductivity meter is designed to analyze the thermal properties of various materials—solids, liquids, powders, and pastes. This exceptional instrument shines in both precision and performance, making it a preferred choice for automated production line QC testing.
Key Features:
- Wide Compatibility: The TPS 2500 S handles sub-millimeter-thick bulk samples and offers a Thermal Conductivity range from 0.005 to 1800 W/m/K.
- Temperature Flexibility: This instrument accommodates temperatures from cryogenic lows to 1000ºC highs, ensuring a broad spectrum of applications.
- Anisotropic Analysis: It offers the ability to analyze anisotropic thermal transport properties of uniaxial materials, enhancing its versatility.
- Precision and Compliance: The TPS 2500 S is a capital research instrument that complies with ISO 22007-2 and holds a CE mark.
The Benchmark Instrument
The Hot Disk TPS 2500 S stands as the flagship instrument in Hot Disk AB’s system portfolio. This general-purpose R&D instrument excels in precision analysis of thermal transport properties, covering thermal conductivity, thermal diffusivity, and specific heat capacity. The TPS 2500 S spans a wide spectrum of materials, geometries, and dimensions, adhering to ISO Standard 22007-2.
The TPS technique, now utilized in over 1000 laboratories, is renowned for its ability to simultaneously determine multiple properties from a single measurement, streamlining processes and reducing sample preparation. With operational simplicity and performance achieved through optimally designed Hot Disk sensors, this system emerges as a reliable tool for testing solids, liquids, powders, pastes, and foams. Its remarkable accuracy and precision also make it a viable option for QC testing.
Versatile Applications
The TPS 2500 S’s extensive versatility is evident in its selection of software modules catering to specialized applications. From basic testing of isotropic materials to measuring rod-shaped specimens, thin films, coatings, adhesive layers, high-conducting sheets, slabs, low-conducting materials, anisotropic samples, layered structures, and even probing thermal conductivity as a function of sample depth, this instrument finds its place in the electronics, automotive, aerospace, nuclear, and chemical industries.
Integrated Software
The Hot Disk Thermal Analyser software enhances the TPS 2500 S experience, providing tools for automated measurements and automatic temperature control of external devices. It enables the export of results to third-party software (MS Excel) for further processing or statistical analysis, ensuring a comprehensive analytical solution. For precise and automatic temperature readings, an optional PT-100 temperature sensor is available.
Technical Specifications at a Glance
Explore the TPS 2500 S’s expansive capabilities, offering measurements for a variety of sample types and dimensions across a broad temperature range. The instrument’s accuracy, repeatability, and sensitivity are meticulously defined to ensure dependable results for diverse applications.
Hot Disk® TPS 2500 S: Elevate Your Thermal Analysis Journey
The Hot Disk TPS 2500 S empowers researchers and professionals alike to delve into the intricacies of thermal transport properties with unmatched precision. Experience the power of an instrument that not only meets the highest standards but also paves the way for innovation across various industries.
Please be aware that product details and specifications are subject to modification by Hot Disk AB, ensuring continuous improvements and extended capabilities.
Hot Disk® Instrument: TPS 2200
Explore the capabilities of the Hot Disk TPS 2200, a versatile and affordable R&D instrument designed to deliver accurate measurements of Thermal Conductivity, Thermal Diffusivity, Thermal Effusivity, and Specific Heat Capacity. This instrument strikes a balance between performance and cost-effectiveness, making it an excellent choice for researchers and professionals seeking high-quality results within a reasonable budget.
General Purpose and Affordable
The TPS 2200 is a general-purpose instrument tailored for precision analysis of thermal transport properties. It covers a significant range of materials, including solids, pastes, and liquids, making it suitable for day-to-day testing across various applications. While not as versatile as the flagship TPS 2500 S, the TPS 2200 still adheres to ISO Standard 22007-2 and maintains an affordable price point.
Sample Geometries and Range
The TPS 2200 excels in analyzing a range of sample geometries, including millimeter-thick bulk samples. It measures Thermal Conductivity within the range of 0.01 to 500 W/m/K, accommodating a wide temperature spectrum from -100 °C to 750 °C. The instrument also has the capability to analyze anisotropic thermal transport properties of uniaxial materials, enhancing its utility.
Ideal Applications
While not as fast as the TPS 2500 S, the TPS 2200 is ideal for measuring larger samples such as extruded polymers, building materials, insulation materials, sheet metals, and laminates. It outperforms the TPS 1500, especially with high-conductivity samples and medium- to high-viscosity liquids. The TPS 2200 offers an expanded measurement range and improved accuracy compared to the TPS 500 S.
Optional Modules for Specialized Applications
The TPS 2200 is enhanced by optional measurement modules catering to specialized applications. These modules extend its capabilities to perform precise testing of isotropic materials, measurements of slab samples, analysis of anisotropic samples or layered structures, thin films or coatings, and testing of extremely light and low-conducting materials. The instrument can also directly measure the specific heat capacity of bulk samples—all vital applications across industries such as electronics, automotive, aerospace, nuclear, and chemical.
Technical Specifications at a Glance
The TPS 2200’s technical specifications encompass sample types, evaluation options, sample dimensions, temperature range, measurement time, measurement range, accuracy, and more. Its performance is characterized with attention to thermal conductivity, thermal diffusivity, and measurement sensitivity.
Hot Disk® TPS 2200: Affordable Precision
Experience the power of the TPS 2200, an instrument that strikes a balance between affordability and precision. With the ability to analyze thermal transport properties accurately across various materials, this instrument empowers researchers and professionals to pursue their analytical needs without compromising on quality.
Please note that specifications and details are subject to change by Hot Disk AB as they continue to refine hardware and software capabilities.
Hot Disk® Instrument: TPS 1500
The Hot Disk TPS 1500 stands as an affordable solution for those seeking accurate thermal conductivity measurements. Tailored for industries dealing with building materials, insulation products, and larger bulk samples, this instrument offers a Thermal Conductivity range from 0.01 to 400 W/m/K and a temperature capacity of -100 °C to 750 °C. Whether it’s analyzing complex building materials or performing heavy-duty testing, the TPS 1500’s unique Hot Disk sensors and versatile software modules make it a reliable asset. With a focus on efficiency, reliability, and ease of use, the TPS 1500 delivers dependable results for a range of materials.
Affordable Thermal Conductivity Testing
The Hot Disk TPS 1500 offers a cost-effective solution for testing the thermal conductivity of various materials, particularly building materials, insulation materials, and large bulk samples. This instrument boasts a Thermal Conductivity range of 0.01 to 400 W/m/K and is engineered to operate within a temperature range of -100 °C to 750 °C. With the capacity to accommodate samples down to a few millimeters in thickness, the TPS 1500 is a versatile choice for industries requiring accurate thermal conductivity measurements.
Heavy-Duty Testing Made Easy
Utilizing the well-established TPS technique, the TPS 1500 is designed to rapidly and simultaneously determine thermal conductivity, thermal diffusivity, and specific heat capacity. This robust tool is capable of analyzing a wide range of materials, from solids and powders to pastes and foams. The system’s strength lies in its unique Hot Disk sensors, which enable efficient testing of various samples. It is particularly suitable for materials used in heavy-duty industries such as construction, where concrete, cement mixtures, woods, fibrous structures, and insulating materials can be thoroughly and efficiently analyzed.
Versatile Software Modules
The TPS 1500 system incorporates the Hot Disk Analysis software, offering automated measurements and temperature control of external devices. The software includes standard modules such as Isotropic and One-Dimensional. Additionally, optional software modules enhance its capabilities, enabling the testing of anisotropic samples, extremely light and low-conducting materials, and the specific heat capacity of solid samples.
Key Features
- Sensors: The TPS 1500 supports a range of Hot Disk sensors tailored for different materials and applications.
- Temperature Control: Automatic temperature series measurements (Isothermal Steps) are easily conducted using an optional external Furnace or temperature-controlled Circulating Bath, controlled by the Hot Disk Analysis software and the TPS 1500 instrument.
- Everything to Get You Started: The basic TPS 1500 setup includes software with standard isotropic module, one sensor, stainless steel verification samples, and a room-temperature sample holder.
- Optional Software Modules: The instrument can be extended with optional software modules such as anisotropic testing, specific heat capacity analysis, and low-density, highly-insulating samples.
Technical Specifications at a Glance
The TPS 1500’s specifications encompass various aspects of measurement, including sample types, evaluation options, sample dimensions, temperature range, measurement time, measurement range, accuracy, and more.
Hot Disk® TPS 1500: Affordable Testing for Bulk Materials
Discover the affordability and efficiency of the TPS 1500, designed to cater to the needs of heavy-duty industries requiring thermal conductivity measurements for bulk materials. With its robust capabilities, software modules, and user-friendly design, the TPS 1500 ensures accurate results and streamlined testing processes.
Please note that specifications and details are subject to change by Hot Disk AB as they continue to refine hardware and software capabilities.
Hot Disk® Instrument: TPS 500 S
The Hot Disk TPS 500 S stands as a rapid and accurate solution for measuring the Thermal Conductivity, Thermal Diffusivity, Thermal Effusivity, and Specific Heat Capacity of a diverse array of materials. This instrument serves as an ideal thermal conductivity meter, particularly suited for QC testing and small-scale laboratories. With its impressive features, the TPS 500 S expands upon the capabilities of the 500-series instruments, accommodating various measurement modules and sensor models. It boasts a Thermal Conductivity range of 0.03 to 200 W/m/K and operates within a temperature span of -100 ºC to 300 ºC. The instrument’s design is influenced by ISO standards and it holds the CE marking.
For Precise QC Testing
The compact Hot Disk TPS 500 S Thermal Constants Analyser is a powerful asset for small-scale laboratories and quality control applications. It swiftly and accurately measures the Thermal Conductivity, Thermal Diffusivity, Thermal Effusivity, and Specific Heat Capacity of a wide range of materials. With its user-friendly test and analysis software, the TPS 500 S simplifies the testing process, making it an ideal thermal conductivity meter for various scenarios.
Unmatched Simplicity and Performance
Building upon the patented and powerful TPS technology, the TPS 500 S offers unmatched measurement capability combined with user-friendliness. It excels at analyzing the thermal properties of solids, powders, pastes, gels, and liquids across a temperature range of -100 °C to 300 °C. The TPS 500 S instrument incorporates similar accuracy and flexibility as the TPS 2500 S and TPS 1500, which are benchmark instruments designed according to ISO 22007-2.
Advantages of the TPS technology as realized in the TPS 500 S:
- Porous, transparent samples are easily measured.
- Surface roughness or color doesn’t affect measurement results.
- Contact pressure of sensor to sample surface doesn’t impact results.
- Non-destructive measurement method.
- Minimal or no sample preparation required for single-sided testing.
- Instant and consistent thermal conductivity results.
- Extraction of four thermal properties from a single transient reading.
- No calibration or reference sample verification needed due to its absolute technique.
The TPS 500 S includes three specially selected Hot Disk sensors suitable for various materials and applications. It allows for single-sided testing, making it suitable for QC operations at production workflows. The accompanying test and analysis software simplifies testing and includes tools for scheduled measurements, ambient temperature control, sensor switching, and data export.
With the TPS 500 S, simplicity, rapidity, and versatility come together to provide an effective thermal conductivity meter. Its capabilities make it an essential tool for small-scale laboratories and quality control applications.
Hot Disk® Instrument: TPS 500
The Hot Disk TPS 500 offers swift and precise measurements of Thermal Conductivity, Thermal Diffusivity, Thermal Effusivity, and Specific Heat Capacity for a broad range of materials. It stands as a favorable thermal conductivity meter, well-suited for QC testing and applications in various laboratories. The TPS 500 handles bulk samples with thicknesses down to a few millimeters. Operating within a Thermal Conductivity range of 0.03 to 100 W/m/K and a temperature range of -100 °C to 200 °C, the TPS 500 is partially based on ISO 22007-2 and carries the CE marking.
For the Budget-Friendly Laboratory
The accessible Hot Disk TPS 500 Thermal Constants Analyser efficiently and accurately measures the thermal properties of various materials. It excels in determining Thermal Conductivity, Thermal Diffusivity, Thermal Effusivity, and Specific Heat Capacity, making it an excellent thermal conductivity meter for economical laboratories and QC testing setups. With user-friendly software and standardized TPS technology, the TPS 500 delivers simplicity and efficiency in its operation.
Unmatched Simplicity and Performance
Leveraging the patented and ISO-standardized TPS technology, the TPS 500 offers impressive measurement capabilities paired with user-friendliness. It caters to a range of materials, including solids, powders, pastes, gels, and liquids. Operating from -100 °C to 200 °C, the TPS 500 maintains accuracy and flexibility akin to benchmark instruments like TPS 2500 S and TPS 1500.
Advantages of the TPS technology as realized in the TPS 500:
- Seamless measurement of porous, transparent samples.
- Immune to surface roughness or color interference.
- Measurement remains unaffected by sensor-to-sample contact pressure.
- Non-destructive measurement methodology.
- Single-sided testing with minimal or no sample preparation.
- Instant and consistent thermal conductivity results.
- Extraction of four thermal properties from a single transient reading.
- Absolute technique eliminates the need for calibration or reference sample verification.
Users of Hot Disk® instruments across the globe value the TPS technique for its exceptional measurement capability, ease-of-use, and straightforward sample preparation. The simplicity of the TPS 500 instrument and its performance, especially when coupled with optimally designed Hot Disk sensors, make it an ideal choice for QC applications, including automated production line QC enabled by single-sided testing.
The TPS 500 comes with user-friendly test and analysis software, equipped with tools for scheduled measurements, automatic ambient temperature control, and sensor switching. Optional accessories like Liquid bath and Convection Oven facilitate isothermal steps. Data export tools allow for further processing or advanced statistical analysis.
Highlighted Features
- Simplicity: User-friendly test and analysis software simplifies testing and shortens the learning curve. Typically, no sample preparation is required.
- Rapidity: Most materials can be tested in less than 20 seconds. Recommended cooling time between tests for multiple measurements.
- Sensors: Two specially selected Hot Disk sensors included, catering to specified material ranges and applications.
The TPS 500 package includes everything required to start making measurements. It comprises Isotropic and Single-Sided Testing Modules, two Hot Disk sensors, a Stainless Steel verification sample, single-sided background insulation, and a room temperature sample holder.
Hot Disk® Instrument: Hot Disk M1
The Hot Disk M1 introduces a fundamental yet precise approach to measuring Thermal Conductivity, Thermal Diffusivity, Thermal Effusivity, and Specific Heat Capacity. While designed for simplicity, it excels at efficiently testing materials within the Thermal Conductivity range of 0.03 to 40 W/m/K, encompassing solids, powders, and pastes. Operating at temperatures between 10°C and 40°C, the M1 is an optimal choice for applications that require accuracy and repeatability. Partly based on ISO 22007-2 and bearing the CE marking, the M1 offers quality assurance in thermal analysis.
Simplified Thermal Analysis for Laboratories
The Hot Disk M1 efficiently evaluates thermal conductivity and diffusivity for moderately sized isotropic samples. It caters to samples with a minimum diameter (or square) of 40 mm and a minimum thickness of 10 + 10 mm. Larger samples can be accommodated with minimal preparations involving a flat surface on each specimen, ensuring precise sensor placement. Additionally, the M1 enables single-sample testing using an insulating sensor support.
Software-Enhanced Analysis
Operating on the same robust Windows-based software as advanced Hot Disk instruments, the M1 provides in-depth data analysis capabilities that are exceptional for its category. Furthermore, its wireless operation through an RS-232 to WiFi adapter adds flexibility and portability to its functionality. The comprehensive M1 package includes the core unit, a Hot Disk Kapton sensor (#8563, radius 9.9 mm), sample holder, stainless steel verification samples, and Windows software. An optional WiFi accessory is available upon request.
Ease of Operation and Portability
The M1’s user-friendly operation, quick-start guide, and compact design expedite the measurement process, allowing users to initiate testing within minutes. Its portable nature ensures seamless transitions between measurement stations or various locations of interest.
Included with the Hot Disk M1 instrument
- Hot Disk® Desktop App software (latest version)
- 2 x Measurement Modules: Isotropic and Single-Sided Testing.
- 1 x Kapton-insulated Hot Disk sensor: Model 8563, with cable.
- 1 x Stainless Steel verification bulk sample.
- 1 x Single-sided background insulation (single-sided testing).
- 1 x Room temperature sample platform.
- Instructions manual.
- Instrument test protocol.
- Power supply cord and RS-232 to USB cable (RS-232 to WiFi adaptor optional).
