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1926
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Speak to an expert
For advice on elongation and recovery testing, or to discuss how Mecmesin’s equipment can be configured for your specific materials and applications, speak with one of our technical specialists.
1927
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Why optimise yield point testing?
Optimising yield point testing delivers measurable benefits:
1928
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Why torque testing is essential in packaging
Prevents leakage in liquid containers
Ensures seal integrity and prevents contamination
Confirms child-resistant closures are effective and compliant
Improves user experience by avoiding over-tightening
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1929
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Comparison with other bending methods
While the five-point bend test is designed to evaluate planar shear, other bending methods address different mechanical behaviours:
1930
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Applications across industries
Mecmesin torque to turn systems are used in sectors including:
1931
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Cantilever bend and anchorage strength testing are essential for validating product performance and ensuring safety in real-world use.
1933
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Mecmesin has decades of experience in tear resistance testing and offers complete solutions for single rip trouser tear applications.
1934
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Typical values of Young’s modulus:
Steel: ~200 GPa
Aluminium: ~70 GPa
PET (Polymer): ~2–3 GPa
Rubber: ~0.01–0.1 GPa
1935
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FAQs related to compressive strength testing
What is compressive strength?
1936
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Interpreting ECT results
Factors influencing results
Flute type and size - A-flute, B-flute, C-flute, or combinations such as double-wall can affect edgewise strength.
Material quality - Fibre composition, paper grade
1937
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What is 180 degree peel testing
The 180 degree peel test is a recognised method for measuring the strength of adhesive bonds when a material is peeled back on itself at a constant angle of 180 degrees.
1938
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Why Mecmesin?
With over 40 years of experience, Mecmesin delivers torque testing systems that are precise, easy to use, and fully supported.
1939
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Strain at maximum stress testing gives engineers the insight needed to design safer, more efficient products and ensure compliance with international standards.
1940
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Steel: ~200 GPa
Aluminium: ~70 GPa
PET (Polymer): ~2–3 GPa
Rubber: ~0.01–0.1 GPa
1941
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Shear modulus equation
Shear modulus (G) and Young’s modulus (E) are both measures of a material’s stiffness - but under different types of loading.
1942
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As a company, we want to take an active role in equipping the up-and-coming leaders of the US technical industry. That is why we work with technical programs to build this next generation of technical students.
1943
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How is torque to turn testing performed?
Torque to turn testing typically involves mounting the test specimen in a secure fixture, aligning the axis of rotation, and applying torque until the component begins to move.
1944
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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.
1945
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Why choose Mecmesin for strain at maximum stress testing
Mecmesin provides advanced testing systems designed for precise, repeatable, and traceable strain at maximum stress measurement.
1946
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Speak to an expert
If you need advice on peel wheel testing for compliance, product development, or quality assurance, Mecmesin’s technical specialists can help you choose the right equipment and fixtures
1947
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Secant modulus compared to other moduli
Different moduli are used to describe the stiffness of materials, each calculated at different points on the stress-strain curve:
1948
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How to conduct a grab test
A standard grab test involves the following steps:
1949
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Speak to an expert
Choosing the right configuration for a peel test is essential to obtain meaningful data. Test speed, specimen type, fixture design and data analysis all influence the results.
1950
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Introduction to Delft tear testing
The Delft tear test is a specialised method for determining the tear strength of vulcanised rubber, thermoplastic elastomers and similar flexible materials.