Concrete Testing Equipment Dealers in Ahmedabad

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• Material: IRON
• Color: BLUE AND IVERY
• Grade: Semi-Automatic
• Type of Testing Machines: Compression Testing Machine
• Automation Grade: Semi-Automatic
• Display Type: DIGITAL
• Customization: Customized
• Size: 3 FEET
• Brand Name: K.J.
• Load Capacity: 2000KN
• I deal in: New Only

• Material: Steel
• Automation Grade: Manual
• Weight (kg): 25 Kg
• Surface Treatment: Polished

• diameter: 25 mm

Capacity 200 kg. for cement concrete flooring tiles. The specifications are similar to the above machine, but for the bearing rollers of 25 mm dia and spans of 150, 200 and 250 mm. The load is applied at the rate of 200 kgminmeter. Without lead shots.

• Size: 380mm

The Veebe consistometer measures the remolding ability of concrete under vibration. The test results reflect the amount of energy required to remold a quantity of concrete under given vibration conditions. The Veebe consistometer is applicable to concrete with slumps less than 2 inches.The apparatus, consists of a metal cylindrical container mounted on a vibrating table, which produces a sinusoidal vibration, a slump cone is placed in the center of the cylinder and filled in the same manner as in the standard slump test. After the slump cone is removed, a clear plastic disk is set atop the fresh concrete. The Veebe table is started and the time for the concrete to remold from the slump cone shape to the shape of the outer cylindrical container is recorded as a measure of consistency. The sliding clear plastic disk facilitates the determination of the end of the test. GENERAL DESCRIPTION AND SPECIFICATIONS Consists of: A vibrating table, size 380mm long and 260mm wide, resting upon elastic support at a height of about 305mm above the floor, complete with start/stop switch cord and plug A holder is fixed to the base into which a swivel arm is telescoped with funnel and guide sleeve. The swivel arm is also detachable form vibrating Table. A graduated rod is fixed on a swivel arm and at its end a plastic disc is screwed. The divisions of scale on the rod record the slump of the concrete in millimeters. Supplied complete with a sheet metal. Container with lifting handles which can easily be fixed to the vibrating table. A slump cone open at both ends with lifting handles and a Tamping rod of size 16mm dia and 600mm long, rounded at one end. AS PER IS : 1199 OPTIONAL ACCESSORIES CONCRETE SCOOP STOP WATCH

• Weight: 50 KG
• Material: MS
• Automation Grade: Manual
• Color: Blue
• Usage/Application: LABORATORY CONCRETE
• Diameter: 16 mm
• Model Name/Number: DM
• Thickness: 6.5 - 9 mm

Tile Flexure Strength Testing Machine (AIM 460), Civil Infrastructure-Construction Chemicals, Railways Sleepers, Refractories, Dams & Tunnels. Metal & Material-Tiles & Ceramics

The apparatus, consist of a rigid frame that supports two conical hoppers vertically aligned above each other and mounted above a cylinder. The top hopper is slightly larger than the bottom hopper, while the cylinder is smaller in volume than both hoppers. To perform the test, the top hopper is filled with concrete but not compacted.

• Category: Concrete Testing Equipment

TThe apparatus, consist of a rigid frame that supports two conical hoppers vertically aligned above each other and mounted above a cylinder. The top hopper is slightly larger than the bottom hopper, while the cylinder is smaller in volume than both hoppers. To perform the test, the top hopper is filled with concrete but not compacted. The door on the bottom of the top hopper is opened and the concrete is allowed to drop into the lower hopper. Once all of the concrete has fallen from the top hopper, the door on the lower hopper is opened to allow the concrete to fall to the bottom cylinder. The excess concrete is carefully struck off the top of the cylinder and the mass of the concrete in the cylinder is recorded. This mass is compared to the mass of fully compacted concrete in the same cylinder achieved with hand rodding or vibration. Complete with trowel and tamping bar 0-60 cms long X 16mm dia.Category

• Reclaiming capacity: 80-130 L
• Drum Cone & Mixing blade: Individually renewable
• Drum Capacity: 100 kg
• Electric Motor: 2 hp Three Phase/Single Phase
• Drum RPM: 18 to 22
• Ring: Replaceable Cast Iron
• Operation: Electric Driven & Hand Operated
• Accessories: Pulley & Starter

For determining the compressive strength of concrete, brick, Stone and other building Material (State silver medal product).Specifications: Measuring range and graduation value of dial : 0-50kN, 0-100kN, 0-200kn Max.Vertical clearance between platens :260mm Platens dimension : 220 x 220mm.. Net weight : About 250kg Max.Capacity : 200kN Very best imported quality long life power pack used. Additional Information: Pay Mode Terms: T/T (Bank Transfer)

• Material: Steel
• Automation Grade: Manual
• Weight (kg): 25
• Surface Treatment: Polished

We are the leading manufacturers, exporters and supplier of this products.

• Brand Name: KMI
• Power Supply: Electronic
• Application: Flexure Testing
• Power: 220 V,50/60 Hz
• Material for Construction: Stainless steel

We are the manufacturers and supplier of this products.

The compaction factor is defined as the ratio of the mass of the concrete compacted in the compaction factor apparatus to the mass of the fully compacted concrete. It involves dropping a volume of concrete from one hopper to another and measuring the volume of concrete in the final hopper to that of a fully compacted volume. The results of the compaction factor test can be correlated to slump, although the relationship is not linear. This test is difficult to run in the field and is not practical for large aggregates (over 1 inch) Compared to the slump test, the apparatus is bulky and a balance is required to perform measurements. General Descripation & Specifications TThe apparatus, consist of a rigid frame that supports two conical hoppers vertically aligned above each other and mounted above a cylinder. The top hopper is slightly larger than the bottom hopper, while the cylinder is smaller in volume than both hoppers. To perform the test, the top hopper is filled with concrete but not compacted. The door on the bottom of the top hopper is opened and the concrete is allowed to drop into the lower hopper. Once all of the concrete has fallen from the top hopper, the door on the lower hopper is opened to allow the concrete to fall to the bottom cylinder. The excess concrete is carefully struck off the top of the cylinder and the mass of the concrete in the cylinder is recorded. This mass is compared to the mass of fully compacted concrete in the same cylinder achieved with hand rodding or vibration. Complete with trowel and tamping bar 0-60 cms long X 16mm dia. Optional Accessories: Concrete Scoop Straight Edge Weighing Balance

Compaction Factor Apparatus (AIM 337) Ref Std :IS 5515   Compaction factor is the ratio of the weight of partially compacted concrete to the weight of the concrete when fully compacted in the same mould. The weight of partially compacted concrete in relation to its fully compacted state is a reasonably good indication of the workability of concrete.   Application Compaction Test Industry Civil Infrastructure Cement/RMC Construction Chemicals Dams & Tunnels Fly Ash Irrigation Railways Sleepers Real Estate Refractories Roads, Highways & Bridges Education Architecture Building Technology Civil Department Geotechnical Science Colleges Metal & Material Tiles & Ceramics Special Applications Fly Ash Traffic & Transportation Railways Roads, Highways & Bridges

Often, existing concrete structures will need to be examined and tested to ensure the concrete remains of adequate strength and durability. Rebound hammer surveys can be conducted to provide a rough estimate of concrete strength, where it is not possible to determine this by more accurate means such as core extraction and testing. The test involves using a special rebound hammer, which measures the recoil of a piston against the concrete surface when a standard force is applied. This recoil can then be correlated approximately to concrete strength. General Description & Specifications The rebound hammer consists of a barrel in which is housed a hammer mass attached to an impact spring which slides on a guide bar. A plunger is attached to the guide bar which is pressed against the surface to be tested. As the piston is pressed against the surface to be tested, on reaching the compressive strength, the hammer mass is released and rebounds to a certain extent, according to the strength of the surface, which is indicated by a rider on a calibrated scale. A lock button fixed on the body of the hammer lock the rider in place and the rider can be reset to zero Position by using the same button. The equivalent compressive strength can be computed from the chart supplied. It is suitable for specimen of compressive strengths 100-700Kg/cm. The instrument, complete with a grinding stone for polishing the test surface, is supplied in carrying case.

• Material: MS
• Automation Grade: Automatic
• Voltage: 240 V
• Brand: Yesha
• Finishing: Color Coated
• Capacity: 280 Kh

• Material: Iron
• Automation Grade: Manual
• Warranty: 1 YEAR
• Features: Corrosion resistance, Perfect result
• Brand: SHREEJI
• Nozzles: 11
• Power: HYDRAULIC
• Measuring Range: 0.1
• Test Heads: 5cm2, 20cm2, 50cm2, 100cm2 and 50mm (25sq.cm), 70mm (38sq.cm)
• Test Pressure: 1
• Measuring Accuracy: -+/-2%
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• Dimensions: Cm.
• Bottom diameter Top diameter Height: 20 10 30

Introduction The oldest, most widely used test for determining workability. This test is used to determine the workability of fresh concrete, which would normally be undertaken at the point of delivery to ensure the concrete, is of adequate consistency for placement. The test is applicable to concrete of medium workability.     The device is a hollow cone-shaped mould. The mold is filled in three layers of each volume. Each layer is rodded with a 16mm steel rod 25 times. The mould is then lifted away and the change in the height of the concrete is measured against the mould. The slump test is a measure of the resistance of concrete to flow under it own weight.   General Descriptions & Specifications The apparatus comprise of a slump cone with handles made of mild steel sheet, a chrome plated steel tamping rod of 16 mm diameter X 600 mm long, rounded off at one end, with a scale marked on it and a steel base plate with a carrying handle.     The mould for the test specimen will be in the form of frustum of a cone having the following internal dimensions as follows   The Cone is constructed of metal of at least 1.6 mm thickness and the top and bottom are open and at right angles to the axis of the cone. The mould have a smooth internal surface and provided with suitable foot pieces to a base plate and also handles to facilitate lifting it from the moulded concrete test specimen in a vertical direction as required by the test. The base plate is provided with cleats & swivel handle.   Optional Accessories CONCRETE SCOOP.FUNNEL FOR POURING CONCRETE IN CONE STRAIGHT EDGE

Hand Driven Operated ASTM C 151 also specifies the use of shrinkage bar moulds for the determination of soundness. Length Comparator listed in the concrete section determines the change in length of the specimen. Two models are offered. One is provided with stainless steel smooth reference points and the other is provided with knurled and threaded reference points. Both the models are available as single mould and multiple mould compartments. Each mould is supplied complete with base plate and two reference points per compartment of mould. Mould size: 25 x 25 mm section and 250 mm effective length (Distance between two inner-most of the reference points) The models are available in three kinds of apartments i.e. One, Two, Four with smooth and knurled threaded reference points. Shrinkage Bar Mould - Double Gange Shrinkage Bar Mould - Tripple Gange Shrinkage Bar Mould - Four Gange Optional Extra:- Set of 20, Smooth Reference Points Set of 20, knurled and threaded reference point