Anchor pull testing is usually performed with an objective to measure the performance of the anchor installation and to verify whether it is able to pull out forces or not.
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In simpler terms, it establishes the load capacity strength of fixings that have been installed or fitted into slabs, walls, soffits etc. The concrete anchor pull-out strength testing is essential for commercial buildings, airports, railways or other domestic or industrial settings.
This blog is written with the intention to provide enlightenment about the Anchor Pull testing system.
There are countless factors that can influence the strength and durability of anchor bolts, eyebolts, stud anchors, scaffold ties, resin bolts and safety wires. So these factors demand regular inspection, checking, test and certification.
Anchor pulling testing becomes imperative because visual inspection is not satisfactory when checking the strength of many components. Many things may just betray our eyes so we need to rely on Anchor pulling testing.
You can opt for onsite testing in the design phase and after you have made the installation of a fastening system
During the design phase – the test determines the resistance of a base material and which fastening system to use.
After installing anchor systems, the factors which are determined are quality and safety. This can be needed by the building owners if they want to ensure compliance with local guidelines.
Under the pull out testing, you need to attach a suitable test rig to the bolt, screw, anchor or fixing. This then is put under pressure to the designed stress load level so as to determine how strong and secure the fixing is.
This testing is highly efficient in diagnosing underlying problems and the experts can offer impeccable technical advice if any discrepancy or failures arises.
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Many parameters need to be considered while setting up this test. These factors are mentioned below:
The capacity of the loading apparatus
The loading rate
The bearing range size
Anchor embedment depth
Note: As the objective of the test is to determine the highest pull out force so in any case, the anchor bolt pull out test equipment should not fail or reflect any movement at the specified load.
The application of the anchor pull test can be performed in all types of rocks where the anchor bolts will be installed. When the rock is bedded, schistose or anisotropic then the test can be conducted in many orientations.
Overall, anchor pull testing is a highly sought-after testing method in the present times. When looking for a reliable provider of anchor pulling tests near you then you can count on Concrete Insight, a perfect platform to meet your project's demand with flawless techniques.
I want to conduct a pull test for the Hilti Kwik bolt TZ SS 304. How can I determine the test load? Is it going to be 1.5 x the design load (ASD)? or 0.67 x Design Strength? or 80% yield strength of the bolt? I understand this should be defined by the design engineer, but I'd like to know the general requirements for this. Does it state in any (US) codes?
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