CEMENT CUBES CURING TANK WITH HEATING & COOLING : 24 CUBES
Curing of cement cubes is critical to ensure the accurate assessment of the compressive strength of cement as per the prescribed standards. Clause 6.3 of IS: 4031 (Part 6) and similar guidelines from other international standards emphasize specific curing procedures to ensure reproducibility and reliability of test results.
CEMENT CUBES CURING TANK WITH HEATING & COOLING : 48 CUBES
Curing of cement cubes is critical to ensure the accurate assessment of the compressive strength of cement as per the prescribed standards. Clause 6.3 of IS: 4031 (Part 6) and similar guidelines from other international standards emphasize specific curing procedures to ensure reproducibility and reliability of test results.
CEMENT CUBES CURING TANK WITH HEATING & COOLING : 100 CUBES
Curing of cement cubes is critical to ensure the accurate assessment of the compressive strength of cement as per the prescribed standards. Clause 6.3 of IS: 4031 (Part 6) and similar guidelines from other international standards emphasize specific curing procedures to ensure reproducibility and reliability of test results.
CEMENT CUBES CURING TANK WITH HEATING & COOLING : 200 CUBES
Curing of cement cubes is critical to ensure the accurate assessment of the compressive strength of cement as per the prescribed standards. Clause 6.3 of IS: 4031 (Part 6) and similar guidelines from other international standards emphasize specific curing procedures to ensure reproducibility and reliability of test results.
CEMENT CUBES CURING TANK WITH HEATING & COOLING : 500 CUBES
Curing of cement cubes is critical to ensure the accurate assessment of the compressive strength of cement as per the prescribed standards. Clause 6.3 of IS: 4031 (Part 6) and similar guidelines from other international standards emphasize specific curing procedures to ensure reproducibility and reliability of test results.
FLOW TEST CHANNEL FOR GROUT - DIN EN 13395
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.
COLD CRUSHING STRENGTH APPARATUS - IS 1528 (PART IV)-
The Cold Crushing Strength (CCS) Apparatus is specifically designed for testing refractory materials, which are used in high-temperature industrial applications (e.g., furnaces, kilns, etc.).A steadily increasing compressive load, at a specific rate is applied perpendicular to the largest flat faces of the specimen using a CCS apparatus. The load is applied until the specimen fractures. The maximum load at fracture (cold crushing strength) is recorded and calculated as a compressive strength value in MPa (or N/mm²). As per IS IS 1528 (Part IV)/ASTM C133/ISO 10059-1/ ISO 8895/ EN 993-5/JIS R2206.
DRYING SHRINKAGE APPARATUS FOR CONCRETE - AS PER IS 516(PART-6)
Consist of a measuring apparatus incorporating a suitable dial gauge reading accurately to 0.001mm. This gauge will be rigidly mounted in a measuring Frame and will have a recessed end which can be located upon a 6.5 mm diameter ball or other reference point cemented in the specimen. The other end of the frame will have a similar recessed seating which can be located upon a second ball or reference point in the specimen. An invar steel rod of a suitable length with 6.5 mm diameter steel ball or hemispherical ends can be used as a standard of length against which the readings of the gauge can be tested. The apparatus will be designed to test Mould of 75mm x 75mm x 300mm long concrete specimen. Mould for casting concrete specimen of 75 x 75 x 300 and drying Oven available at extra cost.
BENDING STRENGTH TESTING MACHINE FOR CONCRETE KERBS - IS 5758:2020
As per IS : 5758 (2020) with TOUCH SCREEN control panel and automatic pace rate control to control the rate of loading. Capacity 50000 Kgf. Least count 0.1 Kgf. with adjustable test span to accommodate different size tile specimen 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.
BENDING STRENGTH TEST APPARATUS - JIS A5372
The Bending Strength Test (JIS A5372) evaluates the flexural strength of construction materials, such as ceramics, tiles, and concrete, to determine their durability and performance under bending forces. Electro-hydraulic Design, quite and vibration free operation. Automated or computer-controlled load application for consistency and precision in load rate. PC connectivity with software available at extra cost.
BENDING STRENGTH TEST APARATUS - FOR BOX CULVERT
The bending strength of concrete culvert. Electro-hydraulic Design, quite and vibration free operation. PC connectivity with software available at extra cost.
CONCRETE PERMEABILITY TESTER - 6 CELL - COMPACT
Compliance Standards : IS 516 (Part 2/Sec1): 2018, BS EN 12390 (PART 8). Applications : Water Penetration testing machine is at 6 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. Moulds are available at extra cost
AUTOMATIC MAN HOLE COVER TESTING MACHINE - 500KN
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 display 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.
APPARATUS FOR THE MEASUREMENT OF BEAM CMOD AND TOUGHNESS OF FRC - FULLY AUTOMATIC - SERVO CONTROLLED - EN 14651
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.
FULLY AUTOMATIC COMPRESSION/FLEXURAL TESTING MACHINE - 100 KN/15 KN
The EIE Automatic Cement Compression and Flexure Testing Machines are designed to simplify testing processes, ensuring accurate and efficient results. Their robust design, intuitive operation, and advanced safety features make them ideal for laboratories focused on high-quality testing of construction materials. Supplied complete with flexural and compression test jigs
FLEXURAL STRENGTH TESTING MACHINE - FOR TIMBER - EN 408
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.
CONCRETE MATURITY METER - 16 CHANNEL
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.
BRE SCREED TESTER-WITH DIAL GAUGE
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.
SLUMP CONE FILLING FUNNEL-BS 1881, ASTM C143 -
Compliance Standards BS 1881, ASTM C143
CO2 CURING CHAMBER FOR 10 SAMPLE OF 300 X 300 X 20 MM
Steam curing of concrete blocks is an energy extensive process and contributes to a significant portion of the block production cost. CO2 curing of concrete blocks consumes CO2, reduces energy consumption and produces dimensionally more stable products. This study investigated the strength development and weathering properties of steam- and CO2-cured full size lightweight concrete blocks.
