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        CONCRETE    
             
          Compression and flexural testing machines

        Computerised Automatic Control System and hydraulic unit perform a number of function as for example:

        -Rapid piston approach
        -Zeroing
        -User defined load ramp
        -Failure detection
        -Unloading etc.


         

        Chloride content

        For the determination of the chloride ion concentration in concrete to enable the identification of the risk of chloride induced reinforcement corrosion.




         

        Chloride ion penetration

        This test method allows evaluation of chloride permeability
        characteristics of concrete. The test is performed to monitor
        the amount of electrical current passing through concrete
        cores or cylinders.




         

        Crack monitoring

        Determining the length changes in different parts of a structure,
        different models are available depending on the nature and
        location of crack.



          Elastic modulus of concreter

        The Sercomp 7 can be programmed to perform up to 100 ramps with the suitable accessories, for the determination of the Elastic Modulus of Concrete either in the Analogic mode or in the Digital mode with Datalog Electronic compressometers with electric Strain Gauges. Selecting the Digital mode, the machine has to be fitted with an additional pressure
        transducer and three way connector, to send the signal the Datalog.





         

        Metal location in concrete

        Finds rebar and metallic pipes, conduit, metal studs, junction boxes, and metal framing up to 150 mm deep-before drilling or remodelling. It scans through most non-metallic construction material, including solid concrete.





         

        Oxygen concrete permeameter

        This method, which is applicable to cast and cored concrete
        specimens, concerns the determination of the concrete permeability
        to oxygen conforming to the Hagen Poiseulle relationship.



          Pullout force

        Determination of the pullout strength of hardened concrete in test
        specimens or structures by measuring the force required to pull an
        embedded metal insert and the attached concrete fragment from a
        concrete mass.



          Pull off strength (Bond Strength)

        Suitable for applications concerning testing repairs of concrete
        structures where the bond strength between two layers is an
        important factor. The same principle is applied to test the adhesive
        strength of different type of surface coating like cement plaster, lime,
        wall plaster, etc. on its support.



          Rebound hammer

        Different models available, from the standard one to the more sophisticated digital model. Non-destructive testing of the surface of hardened concrete in order to evaluate the strength in various parts of structure. The digital hammer, which is battery operated, can be easily connected to a PC or serial printer via the RS 232 port. A large permanent memory can store up to 5000 results.



         

        Resistivity meter

        Assessing the possible rate of corrosion in reinforcing bars. the time at which corrosion of steel may commence and the rate at which it may proceed is dependent upon properties of the cement paste and the permeability of the concrete. knowledge of the electrical resistance of a concrete can provide A measure of the possible rate of corrosion of steel embedded in it.




          Windsor pin penetrometer

        Since the depth of penetration is inversely proportional to compressive
        strength, the device provides a fast and safe way of determining the
        In situ strength of material, to maximum of 37 MPa.



         
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