Bending Stiffness Tester NBST-200 offers a broad measuring range from 15 to 10000 mN, making it ideal for various sample types. It supports both crease angle testing and standard bending evaluations, making it suitable for packaging and material quality labs. Our thermal printing feature enables instant documentation of test results. This has a U-disk data export that offers seamless record transfer. It has a real-time display that ensures monitoring of test parameters throughout the operation.
FAQ for Bending Stiffness Tester NBST-200
1: What types of materials can the Bending Stiffness Tester NBST-200 evaluate?
The Bending Stiffness Tester NBST-200 is capable of testing the stiffness of a wide variety of sheet materials such as paper, cardboard, thin plastic films, and light composites. It is especially suitable for materials used in packaging, printing, and flexible electronics where bending resistance is a critical quality factor.
2: How does the real-time display enhance testing accuracy in the Bending Stiffness Tester NBST-200?
The 7-inch IPS high-definition touchscreen provides dynamic, real-time feedback on test parameters like angle, speed, and force. Bending Stiffness Tester NBST-200 allows users to monitor every stage of the test precisely, make quick adjustments when needed, and reduce errors related to delayed or unclear data readings.
3: Can the Bending Stiffness Tester NBST-200 measure both crease angles and standard bending stiffness?
Yes, Bending Stiffness Tester NBST-200 supports crease angle measurements at 90° ± 0.5° and offers adjustable bending angles from 1° to 90°. This dual functionality makes it a versatile tool for both standard material rigidity tests and more specific evaluations such as fold endurance and crease resistance.
4: What are the advantages of the built-in thermal printer and U-disk data export in Bending Stiffness Tester NBST-200?
Bending Stiffness Tester NBST-200 has built-in thermal printer allows for immediate printouts of test results for physical documentation, essential in quality control environments. Meanwhile, U-disk data export supports digital recordkeeping, enabling convenient archiving, sharing, or further analysis on external software.
5: How does the Bending Stiffness Tester NBST-200 ensure repeatability and precision in test results?
With a repeatability margin of ?1% and high-resolution measurement of 0.1 mN, the tester maintains consistent output across multiple runs. Bending Stiffness Tester NBST-200 accuracy is supported by advanced sensors, stable mechanical design, and automated speed/angle adjustments to minimize manual error.
6: What is a bending stiffness tester used for?
A bending stiffness tester measures how resistant a material is to bending under applied force. It helps determine flexibility and strength in materials like paper, plastic, and thin boards, ensuring they meet industry-specific durability standards.
7: What types of industries use bending stiffness testers?
Bending Stiffness Testers are widely used in industries such as packaging, printing, electronics, and textiles. They are particularly useful in quality control labs, research and development centers, and manufacturing units where material flexibility is critical.
8: How is test data recorded and retrieved?
Most modern testers offer built-in thermal printers for immediate documentation and USB or WiFi export options for digital storage. This allows users to store, share, or analyze data on external systems for auditing or compliance.
9: Can bending angle and speed be customized?
Yes, bending angle and speed can usually be adjusted to suit different testing standards. Many models allow for precise control from 1° to 90° and speed ranges from 1°/s to 100°/s, offering flexibility in test procedures.
