Search results
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Analysis and interpretation of results
Interpreting shear failure characteristics
Post-test examination of the bonded joint provides valuable insight into adhesive performance:
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Importance of testing elasticity and ultimate strength
Elasticity determines how well a material returns to its original shape after stretching. Ultimate strength indicates the maximum stress it can withstand before failure.
1828
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Three-point vs four-point bend testing
In a three-point bend test, force is applied at a single midpoint. In a four-point bend test, two loading noses distribute the load over a larger section of the specimen.
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Introduction to torque testing
Torque testing is a vital part of packaging quality control.
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Types of edge crush tests and methodologies
TAPPI and ISO standards
ECT is governed by internationally recognised standards that ensure accuracy, repeatability, and comparability of results.
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Introduction to ergonomic strength testing
Ergonomic strength testing is a structured method for measuring an individual's capacity to perform physical tasks safely and efficiently.
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Applications of tear testing equipment
Tear testing is applied in multiple sectors:
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Speak to an expert
If you need to implement flat crush testing for corrugated fibreboard in line with international standards, Mecmesin can provide the right equipment, fixtures, and expertise.
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Understanding test standards: industry-specific requirements
To maintain consistency and reliability, compressive strength tests are often governed by established standards.
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Introduction to compressive shear testing
Compressive shear testing is a mechanical test method used to measure a material’s ability to resist shear forces while under compressive load.
1836
Event
Introduction to consumer packaging testing
In the competitive world of consumer goods, damaged packaging isn't just a financial setback—it can tarnish your brand's reputation.
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Plates
Compression fixtures should be selected to suit the contact area of the sample which is to be tested.
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Test Frame
OmniTest test frame (single column)
OmniTest test frame
A single-column motorised test frame designed to apply tensile, shear, flexural and compressive forces from 2 N right up to a capacity of 7.5 kN (1686 lbf).Its versatile construction makes it perfectly suited for testing all kinds of…
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Architectural
Force and torque testing within the architectural industry primarily involve the testing of architectural hardware and access control systems, to ensure operational forces are within the limits stipulated by various guidelines and test standards, eg&nbs
1840
Test Frame
MultiTest test frame (single column)
MultiTest test frame
A ballscrew-driven motorised test frame designed to apply tension and compression from 2 N right up to a capacity of 5 kN (1100 lbf).Its versatile construction makes it perfectly suited for testing all kinds of components in a quality…
1841
Test Frame
OmniTest test frame (twin column)
OmniTest test frame
A motorised test frame driven by twin ballscrews featuring dual-columns and designed to apply tension and compression from 2 N right up to a capacity of 50 kN (11000 lbf).Its versatile construction makes it perfectly suited for testing…
1842
Test Frame
Helixa test frame
Helixa test frame
A precision motorised test frame designed to apply torque from a few mN.m right up to a capacity of 6 N.m. (50 lbf.in).Its sensitivity and axial alignment make it perfectly suited for testing fine-precision components in a quality…
1843
Test Frame
MultiTest-dV test frame
MultiTest-dV test frame
A ballscrew-driven motorised test frame designed to apply tension and compression from 2 N right up to a capacity of 2.5 kN (550 lbf).Its versatile construction makes it perfectly suited for testing all kinds of components in a…
1844
Sensor
Sensors - Vortex
Torque sensors (ITC)
The ITC range of interchangeable torque sensors is specially adapted for the Vortex-i and -xt test systems. Plug and play for automatic calibration and available in 5 different capacities for all requirements, from 0 - 0.3 N.m (0 - 2.…
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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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Power and flexibility for your materials testing
Start measuring stress/strain, tensile, shear, flexure and compressive forces to evaluate your materials. It takes just a few minutes to create your own step-by-step test routines.
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Procedure for tensile testing
While the specifics vary depending on material type and applicable standards, the general procedure includes:
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Step-by-step procedure for reverse ratchet torque testing
Sample preparation
Condition the closures according to the specified standard to control environmental factors.
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Why Mecmesin for climbing drum peel testing
Precision peel testing systems
Mecmesin offers test platforms such as the OmniTest and
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Live performance and realtime results
See exactly how your test specimen is performing with realtime results on a live graph, with data captured at 500 times a second (500 Hz).