Installation of Double Plate Thermal Conductivity Meter in Turkey

Standard International Group (HK) Limited has successfully completed the installation of the Double Plate Thermal Conductivity Meter in Turkey, confirming the core suitability of this instrument for the Turkish building materials industry. This collaboration is not merely an equipment sale; it marks our official entry into the high-end building materials testing market at the crossroads of Europe and Asia, and represents yet another substantial vote of confidence for Chinese precision thermal analysis instruments on the international stage.

Why the Double Plate Thermal Conductivity Meter Stands Out

Ultra-Wide Thermal Conductivity Measurement Range Covering All Types of Insulation Materials

The instrument offers a thermal conductivity measurement range of 0.001 to 2.0 W/(m·K), enabling precise testing of everything from high-performance aerogels to conventional concrete blocks. For the client company, a single unit is sufficient to perform comprehensive testing across all product categories, from high-end vacuum insulation panels to ordinary rock wool boards, eliminating the need to purchase dedicated equipment for different materials and substantially reducing the laboratory's capital investment in equipment.

High-Precision Temperature Control Ensuring Authoritative and Reliable Test Data

The instrument employs an independent dual-temperature control system, with both the cold plate and the hot plate equipped with high-precision PT100 platinum resistance temperature sensors. The temperature resolution reaches as high as 0.01°C, and the temperature control accuracy is better than plus or minus 0.1°C. Additionally, the system is equipped with an automatic pressure application mechanism that automatically adjusts the loading pressure according to different material thicknesses, ensuring consistent thermal contact between the sample and the plates, thereby eliminating data deviations caused by human operational variability. The test results fully comply with major international standards, including ISO 8301. ASTM C518. GB/T 10295. and EN 12667. and the test reports issued are globally recognized.

Intelligent Edge Computing and Automatic Calibration System Enabling Highly Efficient Unmanned Operation

The instrument is equipped with a proprietary AI-powered intelligent calibration algorithm that monitors ambient temperature fluctuations, thermal flow stability, and changes in sample surface contact thermal resistance in real time during testing, automatically performing dynamic compensation and correction. The system can also automatically identify abnormal test curves and trigger re-test instructions without requiring operator supervision, improving testing efficiency by over 300 percent compared with traditional equipment. A single complete test cycle takes only 90 to 120 minutes, enabling the laboratory to handle three times its previous order volume and allowing the client company to achieve a return on its equipment investment within six months.

Flexible Adaptability to Diverse Sample Forms, Offering Multi-Functionality in a Single Unit

Whether it involves rigid boards (such as XPS, EPS, and PU boards), flexible materials (such as aerogel felts and glass wool blankets), or heterogeneous or uneven-surface samples (such as lightweight composite insulation boards and decorative insulation integrated panels with surface finishes), the instrument achieves stable clamping and precise measurement through dedicated fixture kits and adaptive pressure regulation functionality. This thoroughly resolves the long-standing difficulty that traditional equipment cannot effectively test non-flat samples.

Pioneering Multi-Scenario Simulation Testing Capability

The instrument innovatively integrates a temperature-and-humidity variable environmental simulation module, allowing arbitrary setting of the temperature difference between the hot and cold plates within the range of -20°C to +70°C, while also achieving precise environmental simulation across a relative humidity range of 10 percent to 90 percent. This faithfully reproduces the actual service environments faced by building envelope structures across seasonal changes and different climate zones. This capability allows laboratories to predict the long-term evolution of material thermal conductivity performance under real operating conditions during the research and development phase, substantially shortening the development cycle for new insulation materials and providing strong data support for users to gain a competitive advantage in the market.

Call to Action for Innovators

This equipment will empower the client company to ascend from a regional testing institution to an authoritative thermal performance evaluation center serving the European Union and Middle Eastern markets, contributing to the advancement of building energy efficiency in Turkey.

And this is only the beginning.

Global building energy efficiency and the "dual carbon" goals are accelerating at a rapid pace. Every precise piece of thermal conductivity data constitutes the most solid foundation for green buildings. No matter where you are located, and regardless of the scale of your laboratory, the Double Plate Thermal Conductivity Meter will become your most trustworthy thermal testing partner, with its outstanding performance, reliable accuracy, and intelligent operating experience.

Choosing the Double Plate Thermal Conductivity Meter means choosing precision, efficiency, and the future.

We welcome you to contact us at any time to obtain detailed product technical documentation, schedule a sample test at our laboratory, or request a customized solution tailored to your specific needs. Let us join hands and contribute our strength to the global green building cause.