Search results
451
[Page extract]
What is strip torque testing?
Definition and importance
Strip torque testing measures the torque required to continue rotating a threaded closure beyond its normal sealing point until the thread strips or the closure fails.
452
[Page extract]
Torque testing methods and equipment
Equipment used
Strip torque testing can be carried out using:
453
[Page extract]
Industry-specific test standards
ISO 9895 - packaging materials
ISO 9895 specifies the method for determining the compressive strength of paper and b
454
[Page extract]
Key testing standards
Compliance with recognised international standards ensures that needle penetration testing is consistent, reliable, and repeatable across different facilities.
455
[Page extract]
Importance of tear resistance standards
Tear resistance testing must be carried out consistently to produce results that are both accurate and comparable.
456
[Page extract]
Why choose Mecmesin for elongation and recovery testing
Precision testing across materials
Mecmesin’s systems deliver accurate, repeatable results for textiles, rubber, elastomer
457
[Page extract]
Standards for rotational shear testing
ASTM D3658
This standard specifies the method for determining the torque strength of adhesive bonds, particularly UV-cured adhesive joints.
458
[Page extract]
Standards for 135° peel testing
Several recognised standards define methods for peel strength testing of semi-rigid and flexible packaging.
459
Accessory
Pneumatic Medium Vice Grip - Double Action, 1 kN, 52 mm opening, pair, QC-20 fitting
Mec240k-S50+2Ko
MEC 240k- S50+2kO (body only) :
A pair of pneumatically-operated, Double-action Medium Vice Grips with an opening of 0-52mm depending on the jaw types selected (sold separately). Each grip is fitted with 2 x 50 mm diameter pneumatic pistons, which allow…
460
Accessory
Eccentric Roller Grip - Pyramid (serrated) roller, 5 kN, QC-20 fitting
Mec7-5
MEC7-5
Eccentric Cam Grip fitted with a pyramid-faced serrated 50mm wide roller cam. As a load is applied to a specimen the cam self-tightens , spreading the load evenly.
The lever allows for quick insertion and release of specimen to reduce testing…
461
Accessory
U-Form Pneumatic Vice Grip - Double Action, 2.5 kN, 18 mm opening, pair, QC-20 fitting
Mec240g+2Ko
MEC 240g +2kO (body only) :
A pair of pneumatically-operated, Double-action U-form Vice Grips with an opening of 0-18mm depending on the jaw types selected (sold separately).
Each grip is fitted with 2 x 70 mm diameter pneumatic pistons, which allow…
462
Accessory
Force Gauge Gripping Cradle, 2.5 kN
432-388
Allows force gauges to be used as a rigid hand-held instrument (mounting screws supplied).
The dual-handle cradle allows the comfortable application by hand of push/pull loads.
For use with a BFG or AFG digital force gauge.
Commonly used for manual-…
463
Accessory
Large Pinch Grip, 500 N, M6
432-278
The Large Pinch Grip is fitted with 10mm high x 25mm wide cross-hatch jaw faces to ensure samples are held securely for tensile tests below 500 N.
One jaw is fixed and the other jaw is on a spring-loaded hinge which opens to 15mm. Fast installation and…
464
Accessory
3- & 4-point Bend Jig, 50 kN, Steel, QC-32 fitting
Mec103-cgr
MEC103 - A compact yet fully-configurable 50 kN Bend Jig in steel.
The main support beam attaches to the base of the test frame and has a bending span up to 120 mm. It can accept a wide selection of interchangeable single-roller or dual-roller anvils to…
466
Accessory
3- & 4-point Bend Jig, 2.5 kN, Aluminium, QC-20 fitting
Mec238
MEC238 - A small yet fully-configurable 2.5 kN Bend Jig in aluminium.
The main support beam has a bending span up to 150 mm and can bear a wide selection of interchangeable single-roller or dual-roller anvils to suit your specimen material.
A single…
467
Accessory
Spring-loaded Pinch Grip with Chain Link, 10 N, QC-20 fitting
MecS205k
A Spring-loaded Pinch Grip designed for small-area contact (10mm x 10mm) to grip a delicate sample.
The sprung-loaded adjustable screw-mechanism allows an opening up to 3.4mm and acts in a pincer motion to secure specimens.
Fitted with a flexible chain…
468
Accessory
Pinch Grip, 2 kN, QC-20 fitting
MecS470
The 2 KN Pinch Grip is fitted with 25mm high x 25mm wide pyramid jaw faces to ensure samples are held securely for tensile tests below 2 kN.
One jaw is fixed and the other jaw is on a spring-loaded hinge which opens to 10mm. Fast installation and…
470
Accessory
U-Form Vice Grip - Double Action, 5 kN, 28 mm opening, QC-20 fitting
Mec240g
MEC 240g (body only):
A U-form Vice Grip providing free adjustment of both jaws, allowing them to be aligned around the central axis to accommodate tensile testing of both symmetrical and asymmetrical specimens.
The ‘U-Form’ cut into the aluminium…
471
Accessory
Pneumatic Medium Vice Grip - Double Action, 1 kN, 30 mm opening, pair, QC-20 fitting
Mec240k-S30+2Ko
MEC 240k- S30+2kO (body only) :
A pair of pneumatically-operated, Double-action Medium Vice Grips with an opening of 0-30mm depending on the jaw types selected (sold separately). Each grip is fitted with 2 x 50 mm diameter pneumatic pistons, which allow…
472
Accessory
3- & 4-point Bend Jig, 50 kN, Steel, QC-32 fitting
Mec103-cgr
MEC103 - A compact yet fully-configurable 50 kN Bend Jig in steel.
The main support beam attaches to the base of the test frame and has a bending span up to 120 mm. It can accept a wide selection of interchangeable single-roller or dual-roller anvils to…
473
Accessory
Pneumatic Medium Vice Grip - Double Action, 1 kN, 10 mm opening, pair, QC-20 fitting
Mec240k+2Ko
MEC 240k +2kO (body only) :
A pair of pneumatically-operated, Double-action Medium Vice Grips with an opening of 0-10mm depending on the jaw types selected (sold separately).
Each grip is fitted with 2 x 50 mm diameter pneumatic pistons, which allow…
474
Event
Tensile Testing for Wiring Harness Connections Webinar
The only way of really knowing the strength of a crimped terminal is to pull it.
475
Event
Materials Testing: Theory and Practice Pt. 1 & 2
Materials testing is often the last step in the manufacturing process. Yet, quality is the result of both the process and the material. If the material that goes into the product is inadequate or defective, then the product may be deficient or faulty.