Thwing-Albert launches the FP device

⚙️ Introduction: The FP-2265 device for friction and peel testing in quality control laboratories

Thwing-Albert announced the launch of the FP-2265 device for testing friction and material peeling, to replace the previous FP-2260 version and provide a platform specifically designed to meet the requirements of modern quality control laboratories.

This desktop device is used to measure several important mechanical properties, including the coefficient of friction (COF), peel adhesion (peel adhesion), seal strength (seal strength), and some light tensile tests, making it a multifunctional tool for various materials such as plastic films, paper, cardboard, adhesives, and labels and flexible packaging materials.

🔧 Design and modern technology in the FP-2265

One of the most notable updates in the FP-2265 is replacing the traditional membrane keypad (membrane keypad) with a color touchscreen that provides a smoother and easier operating experience for users.

This is combined with an integrated pneumatic controls system (integrated pneumatic controls), which eliminates the need for a separate pneumatic controller and simplifies setup and adjustment operations while improving repeatability and accuracy in managing pneumatic clamps and fixtures.

The device can also connect to an optional remote control unit (Universal Instrument Remote – UIR) that allows the operator to adjust tests quickly and without interrupting workflow, which is vital in production line environments and fast inspection laboratories.

🔥 Compatibility and reliability: protecting the laboratory’s investment

The FP-2265 preserves investment continuity for laboratories using previous Thwing-Albert models such as FP-2260, FP-2255, and FP-2250, as the device supports all fixtures, clamps, and load cells used in these models.

This means easy upgrading without the need to purchase expensive new tools, and it also ensures support compatible with international standard norms such as ASTM, ISO, TAPPI, FINAT, PSTC, and TLMI across all four test modes.

Thanks to this compatibility, quality laboratories can benefit from precise technical performance while reducing costs and new investments, which increases operational reliability over the long term.

🚗 Operating and software features: support for readings and advanced analysis

The FP-2265 operates as a standalone testing unit that does not require a computer, with the ability to export data in CSV format directly to external storage devices such as USB drives, or via a serial output.

Up to 30 test methods and 128 test results can be stored in the device’s internal memory, with a password protection system customizable according to different user groups, which enhances usage flexibility and ensures data security.

The device also supports the optional MAP4 material testing software, which offers advanced data analysis capabilities that help improve monitoring and quality control processes through detailed and accurate reports.

🏭 Additional options for advanced laboratories

The FP-2265 allows the installation of additional options such as dual load cell capability with automatic recognition of both, which enhances the accuracy and flexibility of tensile and friction force measurements.

Also available is the heated platen option, which raises the test temperature to 204.4 degrees Celsius (400 degrees Fahrenheit), allowing simulation of the thermal operating conditions of materials and adhesives in various industrial environments.

These capabilities open the door to broader applications in HVAC, the adhesive industry, and flexible materials that require high-temperature testing to reveal performance under special operating conditions.

📝 Broad industrial applications in materials testing

The FP-2265 helps support industries that rely heavily on the durability of adhesives and packaging materials, such as the food and pharmaceutical packaging industries.

The technical importance lies in:</n

• Providing precise measurements of the coefficient of friction, which affects material flow and the smoothness of production processes.
• Measuring peel force to ensure the durability of adhesives and adhesion between different layers.
• Testing seal strength to ensure safety and prevent product leakage.
• Light tensile tests that evaluate materials’ resistance to tearing and their behavior under mechanical loads.

These measurements help quality engineers improve product design and operational processes, reducing waste and increasing the stability of mechanical and thermal systems.

🔍 Conclusion: The FP-2265 as an advanced step in friction and peel testing tools

The new device represents an advanced generation of materials-related mechanical engineering laboratory tools, offering comprehensive, ready-to-use solutions in several fields with tangible technical improvements in the user interface, integration with test standards, and flexible analytical support.

Using the FP-2265 makes it easier for laboratories to carry out inspection and monitoring tasks related to friction and adhesion strength, and enhances overall product reliability by providing accurate and consistent data when used with supporting software.

The purpose of this technology is to provide effective and integrated testing solutions that suit the challenges of modern industry in mechanical manufacturing, materials, and packaging systems.

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