Concrete Testing Instruments

For applying loads for various tests in field or laboratory. Hydraulic jack with separate pumping unit. Complete with 5 meter long Flexible rubber hose pipe and 18 ltr Hydraulic Oil. Jack with Loading Capacity upto 2000 KN available.

No description available.

No description available.

Bulk Density Cylindrical Metal Measure is designed for the measurement of unit weights and voids in aggregate. It is used for the determination of bulk density and voids of aggregate for concrete, weight per cubic meter, yield, cement factor and air content of freshly mixed concrete.

For Water absorption and specific gravity test of aggregates. As per EN 12390-7, BS 1881:114, IS:2386 (Part III),ASTM C127 and C128: AASHTO T 85 and T 84

No description available.

No description available.

A straight compacting bar made of steel having a rectangular shape of approximately 25 mm × 10 mm, a length of approximately 600 mm and with a ramming face square with the axis.

AS PER IS: 5515: 1199. The apparatus consist of two conical hoppers and a cylinder, mounted on a rigid metal frame. The lower openings of the hoppers are fitted with hinged trap doors for release and during the fall of the material. Complete with trowel and tamping bar 0‑60 cm long X 16mm dia.

Made of steel with 600 mm tube length and 120 mm inner dia, fitted with a 70 mm orifice. The orifice is interchangeable as per test requirement. Provided with an extendable tripod for stable use. Supplied with 2 nos. 10/12 ltrs heavy mild steel buckets for filling and collecting Orimet.

As per IS 7320 and IS 1199. Consist of Slump Cone, base plate and graduated Tamping rod.

As per IS:10510-1983 and IS:1199-1959, Consists of a vibrating table (380 mm × 260 mm) resting on elastic supports at about 305 mm height, complete with start/stop switch, cord, and plug. A holder with detachable swivel arm is provided, fitted with funnel, guide sleeve, and graduated rod with plastic disc to record slump in mm.Supplied complete with sheet metal container with lifting handles, slump cone (open at both ends), and tamping rod (16 mm dia × 600 mm long, rounded at one end).

The BRE Screed Tester is designed to measure the soundness of a sand and cement floor screed. The device consists of a 1 m long, cylindrical guide rod, along which an annular weight of 4kg (or 2kg) travels when released. At the bottom of the guide rod the weight strikes the collar of a case-hardened steel anvil which transmits the impact to the surface of the screed. Four successive impact blows on the same spot are sufficient to test the soundness of the screed. The depth of indentation is measured with an electric or mechanical depth gauge. At the end of taking readings, a number of statistical values are then calculated and printed from the data. Guidance is given on the use of the screed tester for testing floating screeds using a 2 kg annular weight in place of the 4 kg weight normally used.

As per IS:9399-1979 (R.A.2013)/IS 516 (Part 1/Sec 1) : 2021, BS:1881 and ASTM C78, EN 12390-5, AASHTO T22, Fully automatic test execution. Controllable pace rate from 0.03 KN/Sec to 10 KN/Sec

EN 408:2010+A1:2012 specifies the test methods for determining the flexural properties of structural timber and glued laminated timber (glulam). The Flexural Testing Machine used for these tests comply with the requirements to perform four-point bending and three-point bending tests accurately.

Hand operated for field use. Suitable to test Concrete Prisms of 15 X 15 X 70 cm or 10 X 10 X 50cm. With Dial Load Indicator having maximum red pointer. With POLYHYDRON Pump. IS 516 (Part 1/Sec 1) : 2021 / IS:9399. Digital Load Indicator also available on request. Motorized version to maintain pace rate as per the Standard requirements also available. (Refer Model TM-74D/TM-74AD/TM-74FAD)

For compaction of concrete cube, beams and cylinders. Operation on 440 V, three phase, A.C. supply.

Also Called Grout flow through apparatus. The Flow Channel test helps assess the ease of flow and spreading ability of repair mortars and grouts, providing insight into their application properties and helping to ensure effective repair material choice in the field. As per EN 13395.

Double walled, inner chamber S.S.304 Or SS.304 , Outer CRC powder coated or S.S.316, 65 mm thick glass wool insulation , 80/20 nichrome heating elements placed under ribs at bottom and sides for uniform heat distribution Temp. Range. 50˚C to 250˚C , Thermostatic or Auto tune Dual Display Digital, forced air circulation, Working on 230 Volts AC Single Phase.123456789

The "Apparatus for the Measurement of Beam CMOD and Toughness of FRC - Fully Automatic - Servo Controlled" is designed to evaluate the fracture properties of Fiber Reinforced Concrete (FRC) in compliance with ASTM C1550-08, EN 14488-5, EN 14651, and ASTM C1609 standards. This advanced, fully automatic system is servo-controlled to ensure precise, consistent loading and accurate measurement of crack mouth opening displacement (CMOD) and toughness. It provides reliable data on the material's performance and durability, making it ideal for testing FRC under controlled conditions to assess its structural integrity.

Kantro Mini-Slump Cone, The Kantro layout is widely accepted in research and laboratories to test the fluid flow and rheology of cement paste or mortar. Made of Acrylic, Dimensions of mini-slump apparatus 38 mm high with at the top diameters of 57 mm and 19 mm at the bottom. Base plate (Glass/acrylic) available at extra cost

The bending strength of concrete culvert. Electro-hydraulic Design, quite and vibration free operation. PC connectivity with software available at extra cost.

The manhole cover testing machine is designed as per IS 12592. The machine will be able to accommodate manhole cover of 1200 mm x 1200 mm size. With variable AUTOMATIC pace rate CONTROL from 1 kN / sec to 10 kN / sec. The machine with digital read out, showing actual load, peak load and permanent set . The machine is able to conduct 5 cyclic load test automatically for permanent set. The machine is able to hold the load for 30 sec to conduct the load test and there after will be release automatically. Further details as mentioned in long description. operation video of the machine https://youtu.be/qh9FK--oh8Q

The machine is designed to determine the creep of the concrete cylindrical mold subject to sustain longitudinal compressive load as per ASTM C 512. The test method is limit to concrete in which the max aggregate size does not exceed 50 mm. The machine will be supplied with DAQ for the stain gauge and 10 pieces of stain gauge of Type -BF120-60mm,Resistance- 120ohm ,lead wire -25-30mm. It will also supplied with EPOXY ADHESIVE to paste of the sample and cable to solder the stain gauges.

The machine is designed to determine the creep of the concrete cylindrical mold subject to sustain longitudinal compressive load as per ASTM C 512. The test method is limit to concrete in which the max aggregate size does not exceed 50 mm.

The manhole cover testing machine is designed as per IS 12592. The machine will be able to accommodate manhole cover of 1200 mm x 1200 mm size. With variable pace rate of the machine from 2 kN / sec to 10 kN / sec. The machine with digital read out, showing actual load, peak load and permanent set . Further details as mentioned in long description

Rapid Chloride Ion Permeability Test apparatus as per ASTM-1202-05

As per IS : 5758 (2020) with TOUCH SCREEN control panel and automatic pace rate control to control the rate of loading. Capacity 5000 Kgf. Least count 0.1 Kgf. with adjustable test span to accommodate different size tile specimen up to 60 x 60 cm. Direct reading of BENDING STRENGTH in KN or Kgf. Working on 230 V AC single Phase 60 Hz. PC connectivity with software available at extra cost. Detailed specifications as per the following pages

As per IS:9399-1979 (R.A.2013)/IS 516 (Part 1/Sec 1) : 2021, BS:1881 and ASTM C78, EN 12390-5, AASHTO T22, Automatic test execution. Controllable pace rate from 1.0 KN/Sec to 10 KN/Sec

Concrete Creep Testing Rig is designed to determine the creep of concrete cylinder and cuboid parts under constant pressure load over time. It is applicable for concrete creep deformation test under single- direction pressure at constant temperature in a humid-free environment; It is able to meet the requirement of concrete creep deformation test performed by construction laboratories, quality inspection departments of scientific research institutions, universities and colleges.

Abrasion Resistance of Concrete can be used as a measure of its durability. Concrete surfaces may deteriorate in the long run due to abrasion caused by various factors such as sliding, scraping and abrasive materials carried by water etc. Supplied complete with Rotating Device, Agitation Paddle,Test Container and Abrasive Charges(1"-10 Nos., 0.75"-35Nos and 0.50"-25 Nos.). Mould to prepare the sample available at extra cost

Pan mixer for castable Pan dia - 4 feet.

Compression Testing Machines conform to the requirements of IS : 516 and other international standards like BS and ASTM. Detailed Specification as follows:

Manufactured as per International design, Plate model for highest mechanical stability, accurate centering of load and excellent repeatability. Fully Automatic pace rate control, auto stop and auto release on failure of test specimen, can be attached with flexural load frame or 500 KN load frame. Further details as mentioned in Technical Part on following pages.

Double walled, working chamber of cylindrical design made of S.S.316 mirror polished and outside made of S.S.304. The door is of S.S. with center glass window for viewing without opening the door. Temp. controlled from 50°C - 200°C by AUTO TUNING PID Digital Temp. indicating controller, complete with Vacuum gauge, vacuum release valve, a removable shelf but without vacuum Pump. Working on 230 V AC Single phases. Both Inner SS Model and GMP Model are available with us.

The BRE Screed Tester is designed to measure the soundness of a sand and cement floor screed. The device consists of a 1 m long, cylindrical guide rod, along which an annular weight of 4kg (or 2kg) travels when released. At the bottom of the guide rod the weight strikes the collar of a case-hardened steel anvil which transmits the impact to the surface of the screed. Four successive impact blows on the same spot are sufficient to test the soundness of the screed. The depth of indentation is measured with an electric or mechanical depth gauge. At the end of taking readings, a number of statistical values are then calculated and printed from the data. Guidance is given on the use of the screed tester for testing floating screeds using a 2 kg annular weight in place of the 4 kg weight normally used.

Compliance Standards : IS 516 (Part 2/Sec1): 2018, BS EN 12390 (PART 8). Applications : Water Penetration testing machine is at 3 points to determine the depth of penetration of the water into the concrete (impermeability) under known time and pressure. An operator can test any - Concrete cylinder of size 150 mm dia. X 160 mm high or cube moulds of 150 x 150 x 150 mm dimensions. Supplied complete with necessary Spanners and Air compressor of required capacity.

Suitable to Cast 9 Cube Mould of 15 cm at a Time in single batch. Detailed specifications mentioned in the long description. The machine is capable to caste second batch immediately after first batch as the first pan can be removed with trolley and placed on the table. And with the help of second pan, second mix design can be started.

No description available.

As per IS:1199(Part-5). Complete with Cylinder capper and Capping plate for concrete blocks.

Accelerated Curing Tank designed to accommodate concrete cube moulds (capacities ranging from 3 to 36 cubes of 15 cm and various sizes), suitable for cement mortar cube moulds. Provides accelerated curing by boiling water method up to 100 ± 2°C and warm water curing at 55 ± 2°C, with provision for normal curing at 27 ± 2°C. Conforms to IS: 9013 and IS: 516 standards.

Flow Table for Concrete is designed to determine the workability and flow characteristics of fresh concrete in accordance with IS:1199 (Part 6):2018, IS:9103, and EN 12350-5/12350-8 standards. The unit is supplied complete with a slump cone and is available in three table sizes: 700 × 700 mm, 900 × 900 mm, and 1000 × 1000 mm. Models are also available with Brass Top and Mild Steel Top of 762 mm (76.2 cm) diameter as per IS:1199-1959 (Reaffirmed 2004). The equipment is offered in both hand-operated and motorized versions, ensuring reliable and uniform performance for laboratory and site applications.

Cylindrical Moulds are used for casting concrete specimens for compressive strength testing. Available in various standard sizes and manufactured in compliance with relevant IS specifications, these moulds are offered in both ISI-marked (Heavy Duty HT-PU) and non-ISI variants. Made from high-quality Cast Iron they ensure durability, dimensional stability, and ease of handling. Ideal for laboratory and field applications, designed to deliver consistent and reliable specimen preparation.

Suitable to test as IS:9399-1979 (R.A.2013)/IS 516 (Part 1/Sec 1) : 2021. Used for the determination of Flexural strength strength of concrete, prism of 15 x 15 x 70 cm or 10 x 10 x 50 cm by third point loading method, Complete with motorized pumping unit, Digital Load indicator, To work on 220 Volts AC single Phase.

No description available.

As per IS 516 (Part 1/Sec 1) : 2021. Flexural test attachment to be connected to CTM. This attachment is particularly useful as a space and cost saving option to the users of Compression testing machine who also wishes to carryout the Flexural testing without need to purchase a separate machine for the same. This attachment can be connected to any Semi automatic or automatic pace rate controlled CTM to test flexural beam(Prism)mould of 100X100X500 or 150X150X700mm test specimen. The CTM should be capable of applying the load at a rate 0.7 N/mm2/min (rate of loading being 4 kN/min for 150 mm specimens and 1.8 kN/min for 100 mm specimens).

This is a temperature monitoring unit with temperature data logging system at user defined interval, Mostly required for mass concrete. It measures the temperature of concrete from the time of concrete casting, its precise temperature sensors are inserted inside the fresh concrete at the time of casting, and it continues to log the Temperature data till the heat of hydration completes. This practice provides procedure for estimating concrete strength by means of Maturity method. The maturity index is expressed either in terms of the Temperature and Strength Temp. sensors available at extra cost and quoted separately. One sensor required for each channel. Detailed specifications are as follow: