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Why Mecmesin for compression testing
Mecmesin has a long history of providing reliable, standards-compliant compression testing systems to industries worldwide.
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Controls that mean business
Personalised user accounts enable quick access to commonly performed tests, and restricts who can create or run tests, view results and produce reports.
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Mecmesin systems for friction testing
Mecmesin provides a suite of precision friction testers compliant with international standards:
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Mecmesin solutions for compressive modulus testing
Mecmesin provides precision compression testing systems for accurate modulus determination across a wide range of materials and load capacities.
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Testing solutions and equipment
Essential equipment
Cone point probe - typically 8 mm in diameter with capacity for up to 500 N.
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Mecmesin solutions for five-point bend testing
Mecmesin provides precision testing systems fully compatible with ASTM D2718, offering accurate and repeatable results for planar shear evaluat
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Why choose Mecmesin for tensile strength testing
Mecmesin has decades of experience in tensile testing, offering systems that deliver precision, repeatability, and compliance with industry standards.
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Tools and equipment for shear testing
Accurate shear testing in tension requires high-quality, precise equipment:
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Types of tear testing machines
Mecmesin offers a complete range of Elmendorf tear testing equipment, from high-precision digital models with advanced data capture capabilities to ro
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How running torque is measured
Running torque is typically measured using precision torque sensors mounted within a controlled test stand. The component under test is rotated at a defined speed, and torque is measured continuously during motion.
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Compression testing standards
Following recognised standards ensures test data is reliable and comparable. Standards specify specimen preparation, testing speeds, calculations and reporting methods.
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How is the 135° peel test performed?
Specimen preparation
Test specimens are usually strips cut from the sealed edge of a tray or container.
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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.
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Standards for bulk analysis testing
Applicable standards and protocols
To ensure consistency and regulatory compliance, bulk testing is often carried out in accordance with established standards. These include:
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Mecmesin equipment for flexural strength testing
Precision systems for bending tests
Mecmesin’s electromechanical testers, including the MultiTest-dV and
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Mecmesin solutions for compressive hardness testing
Mecmesin designs and supplies precision testing systems for compressive hardness applications across industries.
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Mecmesin solutions for corrugated medium testing
Mecmesin offers flat crush testers and fixtures designed to meet TAPPI T 809 requirements.
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Standards and compliance in shear testing
Adhering to recognised standards ensures consistency and comparability of results. Common examples include:
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Mecmesin solutions for T-peel testing
With decades of experience in materials testing, Mecmesin provides accurate, repeatable T-peel testing systems that meet ASTM D1876, ISO 113
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Importance of tear resistance standards
Tear resistance testing must be carried out consistently to produce results that are both accurate and comparable.
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Why choose Mecmesin for tangent modulus testing
Mecmesin designs precision testing systems for reliable, repeatable tangent modulus measurements.
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Standards for the 90-degree peel test
The 90-degree peel test is defined by several recognised international standards, which provide consistent methodology and reporting requirements:
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Benefits of automated test systems
The integration of software into force and torque measurement offers tangible advantages:
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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:
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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: