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1901
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Applications and benefits of shear testing
Shear testing is used across a wide range of food products, including meats, dairy products, plant-based foods,
1902
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Top-load testing provides a vital measure of packaging performance, helping engineers and quality teams optimise designs, comply with regulations and ensure product safety.
1903
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Adapting to new materials
As new materials such as bio-based films, nanocomposites, and high-performance fibres emerge, testing methods must adapt.
1904
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Compression texture testing is essential for ensuring food products are consistent, compliant, and satisfying to consumers.
1905
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Choosing the right test standard
Selecting the correct standard depends on:
1906
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Applications of floating roller peel testing
Floating roller peel testing is employed to verify both material selection and process stability in various high-performance sectors:
1907
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Comparative analysis of testing standards
Different standards address specific materials and applications:
1908
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Test Equipment
Mecmesin offers a range of force testing equipment suitable for syringe testing under ISO 11040-4 Annex F. Our solutions include the OmniTest universal testing machine, which is highly accurate and reliable for this application.
1909
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The climbing drum peel test is a critical method for evaluating adhesive bond strength where performance and safety cannot be compromised.
1910
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Experience the Mecmesin difference
Join thousands of satisfied customers who trust Mecmesin for their needs. Discover the precision, versatility, and reliability of our automated quality control testing solutions.
1911
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Step-by-step guide to conducting a CMT test
Prepare the specimen - Cut to size with clean edges, ensuring flutes remain undamaged, and condition as per the standard.
Calibrate the equipment - Check the load cell and platen alignment.
1912
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Applications in industry
The Delft tear test is used wherever rubber and thermoplastics need to maintain performance under stress. Common uses include:
1913
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Standards in torque testing
Mecmesin systems are designed to comply with widely recognised international standards.
1914
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Interpreting compressive strength test results
Interpreting results involves more than noting the peak load. Stress–strain curves reveal additional information such as modulus, yield point, and failure mode.
1915
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Introduction to tear testing
Tear testing is a quality control procedure used to measure the resistance of a material to tearing under controlled conditions.
1916
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Benefits of regular ergonomic testing
Routine testing offers measurable benefits for employers, healthcare providers, and safety professionals:
1917
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Interpreting trapezoidal tear test results
Test results typically report peak tear force in newtons, and sometimes the average force during propagation. Engineers use this data to:
1918
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Common challenges and solutions
Torque testing can be influenced by several factors:
1919
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Interpreting test results
Peel strength is typically reported in newtons per metre (N/m) or per 25 mm of bond width (N/25mm), depending on the industry standard. From the force-displacement graph, the following characteristics are analysed:
1920
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Comparing adhesion test methods
While the peel wheel test maintains a constant 90° angle, other tests such as the 180° peel test are also widely used.
1921
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Case studies
Luer connector testing
A medical device manufacturer needed to verify strip torque for Luer connectors used in IV systems.
1922
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Key mechanical testing methods
Short span compression testing differs from conventional compression tests because it uses a minimal support length to eliminate bending effects.
1923
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Compressibility and recovery testing is essential for verifying material performance in sealing, cushioning, and structural applications.
1924
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Types of torque testing equipment
Whether you're validating production output or designing closures in R&D, Mecmesin offers systems to suit every environment.
1925
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Key standards in material testing
Accurate and comparable elongation and recovery data relies on testing in accordance with internationally recognised standards. These define specimen preparation, test speeds, measurement methods, and calculation processes.