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1926
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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:
1927
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Speak to a testing expert
If you're looking to validate adhesive joint performance under realistic stress conditions, our applications specialists can help configure the
1928
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Applications and specimen types
Torque testing is used across a broad range of packaging designs, including:
1929
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Peel testing standards
Peel testing is defined by international standards to ensure accuracy, repeatability, and comparability of results. Common standards include:
1930
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Cord, rope and netting
Cord, rope and netting all rely on their inherent strength to perform the essential tasks of tying, lifting and dragging.
1931
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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:
1932
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Speak to an expert
The 90-degree peel test is an essential method for assessing adhesive performance in packaging, tapes, insulation and industrial applications.
1933
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Speak to an expert
Accurate and consistent tear testing is essential for maintaining product quality, meeting compliance requirements, and ensuring end-user satisfaction.
1934
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Rheological properties and their role
Rheology, the study of deformation and flow, is central to understanding extrusion behaviour. Key properties measured include:
1935
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Standards in torque testing
Mecmesin systems are designed to comply with widely recognised international standards.
1936
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Standards and procedures
FCT results must be consistent and comparable, which is why the test is carried out to recognised standards:
1937
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How the single rip trouser tear method works
The method takes its name from the specimen shape, where a single cut partway into the sample creates two ‘legs’, similar to the shape of a pair of trousers.
1938
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How to choose the right testing solution
Selecting the correct compressive strength testing solution involves considering factors such as material type, industry standards, testing precision, and equipment capabilities.
1939
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Common challenges in fastening torque
Believing tighter is always better, leading to over-torquing.
Ignoring lubrication effects, which can reduce the torque needed for the same clamping force.
Relying on uncalibrated hand tools, which can produce inconsistent res
1940
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Key properties measured in tensile testing
While ultimate tensile strength is the headline result, tensile testing also measures:
1941
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Why Mecmesin?
Mecmesin's testing systems offer the flexibility and precision needed for accurate lap shear testing under compression. Our solutions are:
1942
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The role of ECT in quality assurance
The Edge Crush Test is a widely used measure for predicting box stacking performance.
1943
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Get help with your products
Whether you're setting up a new test system or looking for documentation on an existing one, our online Support Center is the first place to start.
1944
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Applications of tear testing equipment
Tear testing is applied in multiple sectors:
1945
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Applications in the food industry
Extrusion testing supports both product development and quality control for semi-solids and viscous liquids.
Example applications:
1946
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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.
1947
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Mecmesin’s expertise in fabric testing
Standards-compliant systems
Our OmniTest and MultiTest-dV machines, paired with
1948
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Testing methods and equipment
A cleavage strength test requires precise load application and accurate force measurement at the point of separation.
1949
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Case studies and applications
Real-world applications of compressive strength testing are prevalent in various industries:
1950
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Why is tear resistance testing important?
Tear resistance is more than a quality metric, it is a safeguard for performance and safety.