Shore hardness testers

  • Shore-durometer-TS-A

    Shore Durometer NOVOTEST TS-A

    The Shore Durometer is a modern non-destructive testing device used in various industries, such as radio instruments and mechanical engineering, to measure the hardness of materials like soft plastic, glass, rubber, and silicone, by assessing their resistance to the penetration of an indenter under a preset load.

     

     

  • Shore Durometer NOVOTEST TS-C

    The digital Shore durometer is a modern non-destructive testing device used in workshops and laboratories to measure the hardness of materials like soft plastic, glass, rubber, and silicone by evaluating their resistance to an indenter under a preset load, commonly applied in industries like radio instruments and mechanical engineering.

  • Test Blocks

    Shore Hardness Test Blocks HA, HD

    The Standard Set of Shore Test Blocks is designed to verify the accuracy and calibration of Shore Durometers, compliant with ISO 868-85 and ISO 7619-1-2009 standards.

  • Shore Hardness Test Stand NOVOTEST 300

    Shore Hardness Test Stand NOVOTEST

    The Shore hardness testing stand is an accessory for Shore hardness testers (scales A and D). It improves measurement stability, accuracy, and repeatability by providing a unified load and eliminating manual testing errors.

Shore Hardness Testers: What They Are, Areas of Application, and How to Choose

Shore hardness testing machines are vital instruments designed to measure the hardness of flexible materials, including rubber, plastics, and polymers. These testers utilize a straightforward yet practical approach to evaluate the hardness levels of these materials, allowing for precise assessments of their properties. This functionality ensures quality and performance across various applications, from manufacturing to product testing. One of the standout features of Shore hardness testers is their user-friendly design, allowing operators to obtain accurate readings quickly. As a result, these tools have become indispensable in industries that rely on soft materials, helping to maintain high standards and reliability in their products.

What Do Shore Hardness Testers Measure?

Materials Tested

Shore hardness testing equipment is primarily used for measuring the hardness of:
  • Rubber hardness testing machines: these materials are commonly tested for durability and performance, from automotive tyres to industrial gaskets.
  • Plastics: Various plastic components, including those used in consumer goods and construction, require precise hardness testing.
  • Polymers: Polymers, often used in medical devices and electronics, benefit from accurate hardness measurements to ensure reliability.

Industry Applications

Shore hardness testers find applications across multiple industries, including:
  • Automotive: Ensuring the quality of tyres, seals, and other rubber components.
  • Construction: Testing materials like flooring, insulation, and sealants.
  • Manufacturing: Quality control for plastic and polymer products in various sectors.

Types of Shore Hardness Testers

Type A (For Soft Materials)

Type A Shore hardness testers are specifically engineered to assess soft materials, including rubber, elastomers, and plastics. When subjected to minimal pressure, these instruments deliver accurate measurements for materials that exhibit significant deformation.

Type D (For Hard Materials)

Type D durometers assess the hardness of more resilient materials, such as rubber and rigid plastics. These instruments exert greater force to evaluate the hardness of materials that exhibit limited deformability accurately.

Type C (For Medium Hardness Materials)

Type C Shore hardness testers are designed to evaluate materials with medium hardness characteristics. They are particularly suitable for certain types of rubber and plastics that fall between the categories of soft and hard materials.

Differences and Applications

The choice of Shore hardness tester depends on the material's hardness range:
  • Type A: Ideal for soft materials like soft rubber and foam.
  • Type D: Suitable for hard rubber and rigid plastics.
  • Type C: Best for medium-hardness materials.

How to Choose a Shore Hardness Tester

Key Selection Criteria

When selecting a Shore hardness tester, consider the following criteria:
  • Material Type: Choose the appropriate tester type (A, D, or C) based on the hardness of the material you are testing.
  • Measurement Range: Ensure the tester's range aligns with the hardness levels of your materials.
  • Accuracy: Look for testers that offer high precision and consistent results.

Ease of Use

For both field and laboratory conditions, consider testers that are:
  • User-friendly: Simple to operate with precise display readings.
  • Portable: Lightweight and easy to transport for on-site testing.
  • Durable: Built to withstand various environmental conditions.

Advantages of Shore Hardness Testers

Simplicity and Convenience

Shore hardness testers are recognized for their user-friendly operation, which allows individuals with limited training to utilize them effectively. This inherent simplicity streamlines the testing process and enhances overall efficiency.

Portability and Compactness

These testers are designed to be compact and portable, facilitating straightforward transportation and use in diverse settings. This mobility proves especially advantageous for field inspections and on-site quality control assessments.

High Accuracy for Soft and Hard Materials

Despite their simplicity, Shore hardness testers deliver highly accurate measurements. They are engineered to provide reliable results for soft and hard materials, ensuring material integrity and performance.

Summary

Shore hardness testers are versatile, accurate, and user-friendly tools essential for measuring the hardness of rubber, plastics, and polymers. With various types available, selecting the correct tester for your specific needs guarantees reliable and efficient hardness testing. Explore the comprehensive range of Shore hardness testers at Novotest and invest in quality equipment to enhance your material testing capabilities.