Lloyd Instruments TG153 Chuck Grips for Cement Samples
Profiled chuck grips are ideal for testing cement samples. Use for pre-formed cement bricks.
Lloyd Instruments TG4452 XY Table for Automated Testing
This computer controlled XY table is designed for repeat automated testing applications.
Lloyd Instruments TG4635 Bollard Grips for Fibre Optic Testing
This pair of bollard grips specifically designed for tensile testing of fibre optic cable up to 5 mm (0.196 in) in diameter.
Lloyd Instruments TG4900 Metered Dose Inhaler (MDI) Test Fixture
This jig was designed as part of a dedicated Metered Dose Inhaler (MDI) test system with full data analysis software capability to evaluate the performance of metered dose inhalers.
Lloyd Instruments TG5012 Tuft Bind Fixture for Testing Pile Yarn Floor Coverings
This fixture was specially designed for a European manufacturer of floor coverings solutions to the automotive industry to meet the requirements of ASTM D 1335:1998 Standard Test Method for Tuft Bind of Pile Yarn Floor Coverings (Cut Pile and Loop Pile Tuft Bind Testing). This standard covers the measurement of tuft bind ie the force required to pull a cut pile or loop pile tuft completely out of a pile yarn floor covering specimen.
Lloyd Instruments TG5070 Adhesion Test Jig for Super-Glued Nuts and Bolts
A steel jig for testing the torque of super-glued nuts and bolts.
Mark-10 G1056 Multi-Jaw Grip
This unique and universal grip is designed for gripping round and irregularly shaped items. Typical applications including pull-off tests of fasteners and components in the toy, clothing, and other industries.
Mecmesin Heavy Duty Belt Grips
High strength belts and straps such as conveyor belts require special grips to prevent sample slippage. heavy duty belt grips have a split body for firm gripping of samples up to 50mm (1.97") wide. The grip stresses in the sample are distributed in the material in contact with the split bodies. Grips are supplied in pairs.
Mecmesin Popper Cam Base
The Popper Cam Base is used in conjunction with a '3-jaw Popper Pull-off Fixture' to test the strength of poppers and press studs, particularly on children clothing.
The Popper Cam Base is secured to the base of the test stand and the popper is fed through the retaining hole and positioned over the retaining post. The lever of the cam mechanism is locked off to raise the popper within the fabric so that it can easily be attached to the upper '3-jaw Popper Pull-off Fixture' to perform a tensile pull-off test on 13-15 line poppers.
The Popper Cam Base is secured to the base of the test stand and the popper is fed through the retaining hole and positioned over the retaining post. The lever of the cam mechanism is locked off to raise the popper within the fabric so that it can easily be attached to the upper '3-jaw Popper Pull-off Fixture' to perform a tensile pull-off test on 13-15 line poppers.
