Push Pull Testing For Construction Industry With Calibrated Gauges. Mechanical Load Testing Procedures For On Site Documentation To Testing Requirements.

Push pull testing is normally conducted in order to gauge the strength of the material bonding is between a typical anchor and concrete.

Push pull testing procedures are performed according to BS5080 Part 1 demands.

Even though materials used for bonding may be different, it is important to note that testing for bonding strength is an universal principle.

Push pull testing and tensile strength testing is usually performed because many factors may counter the apt bonding of materials. The greatest concern is that some of these factors may pass unnoticed when only visual inspection is conducted. Some of these factors are: degraded strength of the bonding material resulting from low temperature, frost, or when water infiltrates into the joint. Another cause of poor surface bonding strength is as a result of smooth side walls.

The overall strength of a whole set of fixings may be weaker so as to loose the integral strength of the structure because of the essential bonding materials fail. Ultimately, this may result in construction malfunctions leading to disastrous results. Push pull testing means early diagnosis of such problems. As a result, constructors are able to repair faults. Early fault detection reduces future higher costs. It also gives an assurance of any fixings integrity.

Push pull testing can be carried out either on a wide test batch or a smaller intensive scale. Testing always entails duplication of the design maximum stress levels anticipated in construction as stipulated by the standards of the industry. This is not destructive testing so the maximum loads applied together with the sample size will be decided upon by the on-site engineers.

Push Pull Testing is a detailed stress testing study of the performance of bonded materials. If problems have been detected then the Pull Out Testing can be used to quickly find out the severity of any identified problem.

Quicker Pull out testing (larger sample testing) could be applied under the circumstances where the financial feasibility of the large scale is far reaching and problems have been detected.

Pull Out Tests are for strength testing only and will only show the pass or fail of maximum loads being tested. The test methods are the same as Push Pull Tests but only the pass or failure is recorded. While the Push Pull Tests can find problems the quicker Pull Out Tests will find out the extent of such problems.

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