Search results
2476
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Speak to an expert
For guidance on implementing pull-off and pull-out testing in your quality control or R&D process, speak to one of our technical experts today.
2478
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What’s their secret?
“Prior to joining our class, most of our students had no actual experience with materials testing, apart from what they saw in a textbook.
2479
Software
Emperor Torque Software
Emperor™ Torque Software
Einfach zu bedienende Software mit fast grenzenloser Freiheit, um Drehmomenttests zu entwerfen und an Ihre Bedürfnisse anzupassen. Entwickelt von Mecmesin in enger Zusammenarbeit mit unseren Kunden, wird Emperor™ nun von über 5.…
2480
Software
Vektor-Betriebssystem (VFG/VFTI)
Vector-Betriebssystem Unsere Touchscreen-Instrumente werden von Vector OS angetrieben, der Technologieplattform von Mecmesin für seine neuesten Kraft- und Drehmomentprüfgeräte. Es bietet intuitive und anpassbare Benutzeroberflächen sowie erweiterte…
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Defence
Mecmesin supplies force, torque and materials testing equipment to defence contractors and their subcontractors around the world. These companies face stringent regulation in performance, quality and reliability..
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BS 6319-2
BS 6319-2 is a test method for determining the compressive strength of resin and polymer/cement compositions used in construction.
2483
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BS 6079-1
BS 6079-1 aims to help people and organizations achieve a desired outcome of a project efficiently and effectively, as well as to contribute to the learning within projects and so continually improve their organization’s project management capability.
2484
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BS EN 12814-3
BS EN 12814-3 is a tensile creep test method for testing welded joints of thermoplastics semi-finished products.
2486
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BS EN ISO 7500-1
Metals, Verification, Statics, Mechanical testing, Force, Force measurement, Compression testing, Tensile testing, Inspection
2487
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BS ISO 11752
BS ISO 11752 is a test method for determining the compressibility of flexible cellular polymeric materials.
2488
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ASTM D5450/D5450M-11
This test method determines the transverse tensile properties of wound polymer matrix composites reinforced by high-modulus continuous fibers.
2489
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*corp 01M-01-217
To determine the maximum force required to rupture (break) a woven fabric.
2490
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ISO 4674-1
Describes two methods for determining the forces necessary to initiate and propagate tearing of a coated fabric using the constant rate of tear method. The methods described are:
method A: tongue tear
method B: trouser tear
2491
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ASTM D5448-11
This test method determines the inplane shear properties of wound polymer matrix composites reinforced by high-modulus continuous fibers. It describes testing of hoop wound (90°) cylinders in torsion for determination of inplane shear properties.
2492
Event
Medical Devices: General testing with 21 CFR Part 11 compliance
Reliable results, trusted compliance: 21 CFR Part 11's role in securing medical device quality testing.
Quality testing of Medical Devices ranges from syringe actuation (break loose and glide), needle sharpness and adhesion strength to Child R
2493
Case study
Stabilisierte Federprüfung
Beispiel für kundenspezifisches Engineering Unser Kunde musste eine Reihe kleiner, leichter Federn unter Druck testen.
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IEC 60371-2
Part 1 is definitions of general requirements
Part 3 specifications for individual materials
A number of other non-force/torque properties are tested. This is largely about testing of pressure-bonded laminated materials.
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ASTM C961
This test method covers a laboratory procedure for determining the lap shear strength of sealants. It also provides information on the adhesive bond of the sealants to the tested substrates.
2496
Event
Introduction to Consumer Packaging Testing
Damaged packaging can not only cost money but also impact brand perception. Consumers are less likely to purchase a product with damaged packaging, or if their product arrives damaged from poor packaging during the shipping and transport process.
2497
Case study
Messung der Scherfestigkeit loser Baustoffe
Beispiel für kundenspezifisches Engineering Die Scherfestigkeit von verdichteten Materialien (z. B. Erde und Sand) kann schwierig zu testen sein.
2498
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BS EN 1263-1
Safety nets, Restraint systems (protective), Construction equipment, Safety devices, Building sites, Occupational safety, Performance, Man-made fibres, Polyamide fibres, Polyolefin fibres, Ropes, Performance testing, Mechanical testing, Tensile testing,
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EN 14509
This draft European Standard is submitted to CEN members for second formal vote. It has been drawn up by the Technical Committee
CEN/TC 128.
This covers a very wide range of tests including coatings, strengths etc.
2500
Case study
Drehmoment zum Entfernen der Katheterkappe
Beispiel für kundenspezifisches Engineering Unser Kunde testete das Lösemoment von 20 mm langen Kunststoffkatheterkappen mit unregelmäßigen Merkmalen, um das Greifen der Finger zu erleichtern.