The concrete vibrating table consolidates fresh concrete in cylinder and beam molds. Vibrating Table for Freshly Poured Concrete, Concrete vibrating tables eliminate air bubbles by vigorously shaking the freshly poured concrete with a mechanical vibrator. A concrete vibrating table will aid the compaction of materials in boxes, bulk bags, and containers. The vibrating action helps the materials settle, keeps the volume to a minimum, and reduces the cost of transport.

Chloride Penetration Meter can quickly and indirectly evaluates the compactness of concrete by quickly measuring the amount of electricity flowing through the concrete for 6 hours. It is mainly used for production quality control and engineering acceptance of high-speed railway and seaport projects, and is also an indispensable instrument for the concrete durability laboratory of scientific research institutes. This machine can display the whole experiment process only through the widescreen LCD of the host computer without the computer. The electric flux data is automatically printed after the experiment is completed.Machine technology has reached the domestic leading level.

Features: Power energy - energy saving of only 9VA The average service life of the light source – 30000h The content of UV-B is 0 5-6hours of battery life. External without wiring Quartz and optical glass module, non PMMA material, excellent weather resistance. Continuous working outside surface temperature<5K(5℃)

Soil Oedometer Consolidation Test Equipment Laboratory Triple Soil Consolidation Test Apparatus Designed to provide reliable results from a unit which is compact without sacrificing accuracy and repeatability. It comes with triple beam ratio and compact design ensures space saving. It is used in soil compression test to detect the relationship between soil pressure and deformation, calculate the unit deposition, compression index, resilience index and consolidation coefficient of soil, etc.

The pressuremeter test is an in-situ testing method used to achieve a quick measure of the in-situ stress-strain relationship of the soil. In principle, the pressuremeter test is performed by applying pressure to the sidewalls of a borehole and observing the corresponding deformation.

Our automatic earth (ground) test instrument designed to measure earth electrode resistance and soil resistivity. For use on large or more complex earth systems, which include communications earth systems and difficult test environments.