Presenting the Bareiss HP Analog Durometer, a definitive and long-lasting solution for dependable durometer testing. Since its inception in 1954, this precision hardness tester has gained a reputation as the benchmark in the industry, consistently providing outstanding results. This mechanical hardness tester is compliant with DHT ASTM D2240, Durometer Hardness Tester ISO 868, DHT ISO 48-4, and DHT ISO 7619 standards, ensuring accurate rubber hardness measurement. As an industrial durometer, the HP durometer also serves as a portable durometer, making it convenient for use in various settings while maintaining the reliability expected in industrial applications.

The HP durometer shore hardness tester has a lightweight and very robust chassis made from high-quality aluminum, making it an ideal solution for organizations in need of a small and long-lasting instrument. The unique system of the HP durometer shore hardness tester uses ball bearings of varying sizes to facilitate the indenter’s movement with utmost smoothness, completely devoid of any friction. Moreover, this ASTM D2240 durometer is furnished with a modifiable presser foot, offering adaptability to accommodate diverse testing needs. Select the Bareiss HP analog durometer for exceptional performance and enduring durability.

Applications

The Bareiss HP analog durometer is essential for rubber hardness measurement across various industries. Its compliance with ASTM D2240 durometer and ISO 868 durometer standards makes it suitable for:

• Manufacturing and Quality Control: Ensuring products meet precise hardness specifications.
• Automotive Industry: Measuring the hardness of rubber components for durability and performance.
• Aerospace Sector: Testing the hardness of elastomeric parts for reliability in critical applications.
• Footwear Industry: Assessing the hardness of soles and other rubber parts to ensure comfort and longevity.
• Research Laboratories: Providing accurate measurements for material research and development.
• Medical Devices: Ensuring the hardness of rubber components meets stringent regulatory requirements.

By integrating the Bareiss HP analog durometer shore hardness tester into their testing processes, organizations can achieve reliable and repeatable rubber hardness measurements, maintaining high standards of product quality and compliance with industry regulations.

1) User Friendly: The HP Analog Durometer, our rubber and plastic hardness tester, is designed to be small and lightweight, enhancing its durability and portability for field use.
2) Special Feature: The HP Analog Durometer, a rubber and plastic hardness tester, minimizes friction as the indenter moves, ensuring accurate measurement outcomes.
3) Precision: The Analog Shore Durometer hardness tester can reach a level of accuracy of 0.5 units of shore, which is within the acceptable tolerance range of ±1.0 units of shore as specified by the standards.
4) The Analog Durometer rubber and plastic hardness tester is readily accessible in many scales.

Operating Procedure:

1) Grasp the HP durometer, a rubber and plastic hardness tester, securely and apply vertical pressure onto the specimen until the circular presser foot makes complete contact with the specimen. Record the measurement after a duration of 3 seconds.
2) The room temperature and contact pressure shall adhere to the relevant norms and be documented appropriately.
3) While measuring, avoid tilting or moving the shore durometer hardness tester. If the specimen material is non-homogeneous, the measurement duration may be increased to 15 seconds.
4) The test result may be inaccurate if the presser foot of the shore durometer hardness tester is not horizontal to the specimen when measuring.

Application:

The HP Series durometers are for hardness determination on rubber, elastomers, and plastics.

In order to conduct a dependable hardness test in accordance with the standard, it is necessary to use a specimen that is both smooth and flat, with a diameter of at least 35 mm and a material thickness of at least 6 mm.

The measuring ranges for Shore A are from 10 to 90, whereas for Shore D they are from 20 to 90.