HIGH TEMPERATURE FURNACES
Light weight with ceramic wool insulation. The outer casing made of thick mild steel sheets painted attractively. Heating Chamber consist of grooved refractory bricks in which heating elements are inserted in and are easily replaceable. Temperature controlled by Dual display microprocessor based Digital temperature indicator cum controller with R type sensor. compensating cable etc. working on 440 V. Max. Temperature.: 1400 °C. & Working Temp.: 1350 °C.
FINE TEST SIEVE
High-quality Test Sieve (200 or 300mm diameter) made from rolled Brass or Stainless Steel (S.S.304) with a seamless spun body and beaded top edge for extra strength. Features a tight-fitting design for stack stability and comes with stainless steel wire mesh (below 2.36mm) or punched plate (above 2.36mm), ideal for accurate particle size analysis in laboratories and industries. Available with Calibration certificate.
VIBRATING MACHINE FOR CEMENT MORTAR - IS : 10080
The machine is capable for compaction of cement mortar cubes as per IS: 4031 and designed as per Standard IS : 10080. The complete frame assembly consists of device to hold a 7.06 cm cube mould to feed the sample in the mould. The frequency of vibration is 12000 ± 400 R.P.M. Vibration per minute. Supplied complete with one 7.06 cm cube mould and a DIGITAL Timer. Complete with One No. poking rod to meet IS: 10080 requirements.
LABORATORY FURNACE
High-performance laboratory Muffle Furnace designed for precise heat treatment, ashing, and material testing applications. Built with a durable CRC sheet outer chamber, powder-coated for long-term protection. The heating chamber features grooved refractory bricks and Nichrome/Kanthal heating elements arranged in coil form for uniform temperature distribution. Controlled by a dual-display microprocessor-based digital temperature controller with K-type sensor and compensating cable. Operates on 230 V AC with models available up to 900°C and 1200°C (working temperatures 850°C and 1150°C).
COMPRESSION TESTING MACHINE - FULLY AUTOMATIC - SERVO CONTROLLED
This machine is essential for precise and efficient concrete strength testing, ensuring compliance with industry standards critical to civil construction. It is widely used in construction projects and laboratories to validate the quality and durability of concrete materials. Conforms to EN 12390-4, ASTM C39, AASHTO T22, IS: 14858 (2000), and other international standards like ISO 7500-1 and JIS A 1108. Automatic Operation: Minimal user input required; automatic rapid piston approach, test speed adjustment, and motor stop after specimen failure.Adjustable pace rate (0.1 kN/sec to 10 kN/sec) with dual-stage pump for fast and precise execution. Robust Frame: High-stiffness welded frame with a heavy-duty spherical seat for accurate specimen alignment.PC software for two-way communication, result storage, and report printing.
WATERBATH FOR SOUNDNESS TEST OF CEMENT
IS 269, 712, 5514, 1727, 2645, 6932 (Part IX), BS 6463, and EN 196-3 standards. The double-walled, argon-welded inner chamber is made of S.S. 304 with high-grade glass wool insulation for excellent thermal efficiency. The bath is designed to raise the temperature from 27 °C ± 2 °C to boiling point in 27 ± 3 minutes. Available in thermostatic (non-digital) and digital temperature indicator-cum-controller models. Supplied complete with a stand to accommodate up to 12 Le Chatelier moulds, ensuring specimens remain fully immersed as per code requirements.
COMPRESSION TESTING MACHINE (CTM)-DIGITAL
Our CTM Machine features advanced load cell technology for precise force measurement and a stable plate model for accurate load centering. With manual pace rate control, you can easily adjust testing speeds across a wide range of conditions, ensuring versatility in all your testing needs. Safety and efficiency are integrated with an auto-stop function and a digital display that shows load readings in both KN and N/mm², automatically calculated for ease and accuracy. Ideal for any construction project, this machine helps maintain the highest quality standards.
LAB BALL MILL
Laboratory Ball Mill, Available in 5 kg and 10 kg capacity models, each supplied with a pre-settable digital counter and 12 Nos. 19 mm diameter steel balls. Steel balls of various sizes are available at extra cost for customized testing requirements.
SOUTHARD VISCOMETER - IS:6932 (Part - 6)
Lime putty consistency can be adjusted using this instrument. A 50 mm. I.D. metal cylinder is mounted on a wooden platform. A close fitting piston moves up and down without turning in this cylinder. Working stroke is 65 mm. A metal bridge is provided to measure degree to which ejected putty out of cylinder has slumped. As per IS:6932 (Part - 6)
CEMENT SAMPLER FOR BAG - IS:3535
As per fig.2 of IS:3535-1986 (R.A.2018)
SHRINKAGE BAR MOULD
High-precision Shrinkage Bar Mould used for casting cement and aggregate specimens to determine potential expansive alkali reactivity. Made from durable mild steel with accurately machined faces, tight fittings, and a firm assembly. Available in single, two, and four-compartment models mounted on a rigid angle base plate. Supplied complete with base plate and stainless steel reference points. Standard sizes: 75×75×300 mm, 25×25×282 mm, and 75×75×285 mm.
CEMENT AUTOCLAVE - IS 4031
The Cement Autoclave Test, performed as per IS 4031:1988 (Part 3), ASTM C151, and ASTM C490, is a method to measure the soundness or potential delayed expansion of cement, specifically by assessing its tendency for expansion under high-pressure steam conditions. The Autoclave is suitable for conducting accelerated soundness test on cements by the autoclave expansion test requiring constant steam pressure with the correspondent constant temperature.
CURING COMPOUND MOULD-ASTM C156-03
To evaluate the effectiveness of liquid membrane-forming curing compounds on concrete surfaces by measuring their ability to retain moisture. Compliance with ASTM C156-03, IS 10080
COMPRESSION FRAME JIG ASSEMBLY AS PER - EN 196
This jig is designed for testing of 40 x 40 x 160mm cement prism after breaking in Flexure and also can be adapted with 50mm platen to test 2” or 50mm mortar cement cube specimen. This jig can be fitted to Compression Test Machine.
LENGTH COMPARATOR
Compliance Standards: IS 4139, IS : 12894, Application: To measure length change in AAC Blocks/ calcium silicate bricks/Cement concrete specimens, using a suitable micrometer. Supplied with Digital Dial Gauge (0.001mm) and a standardization bar
GILLMORE NEEDLE APPARATUS - (ASTM C266, AASHTO T154)
The Gilmore needle test determines the initial and final setting times of cement paste. The Instrument measures the time required for the cement paste to stiffen under standardized conditions using two needles: Initial set needle (smaller diameter) Final set needle (larger diameter). The test provides critical information about the behavior of cementitious materials during hydration and is crucial for construction scheduling. As per ASTM C266, AASHTO T154, ASTM C141, ASTM C91.
CYLINDRICAL MEASURE FOR AIR CONTENT OF CEMENT MORTAR
As per IS:11263. Made of stainless steel.
LIME REACTIVITY TEST APPARATUS - EN 459-2, ASTM C110
As per EN 459-2, ASTM C110, ASTM C91, ASTM C5. This apparatus includes a container for mixing lime with water, a Digital thermometer with thermocouple to monitor temperature changes and a stirrer to ensure consistent mixing.
WATER RETENTION TEST APPARATUS - (ASTM C1506, ASTM C110)
The apparatus is used in specification tests of masonry cement and physical testing of quicklime and hydrated lime. As per ASTM C110, ASTM C91, ASTM C1506, ASTM C207
LENGTH COMPARATOR -IS 9459, IS 4031, ASTM C490
Compliance Standards: IS 4031, IS 9459, ASTM C452, ASTM C151, ASTM C490, The apparatus consist of an adjustable length comparator with Digital dial micrometer of 0.001 X 10 mm, together with a suitable reference bar.
LIME REACTIVITY CABINET
Conditioning lime in a humidity chamber prior to physical testing is critical to ensure accurate, reproducible, and reliable test results. This step minimizes variations caused by moisture fluctuations in lime, as lime’s properties are highly sensitive to environmental conditions, including humidity. Lime reactivity chambers are available in various sizes covering wide temp. and humidity range.
THERMAL CONDUCTIVITY BY GUARDED HOT PLATE METHOD FOR AAC BLOCKS
Measures the steady-state heat flux through flat specimens when their surfaces are in contact with solid, parallel boundaries held at constant temperatures. The guarded-hot-plate apparatus consists of a metered section and a primary guard, designed to create isothermal surfaces on the specimen faces, ensuring unidirectional heat flow. Procedure Involves placing the test specimen between a hot plate and a cold plate, establishing a steady-state temperature gradient, and measuring the heat flux through the specimen. Commonly used to evaluate the thermal insulation properties of materials in industries such as construction, manufacturing, and materials science.
PHOTOMETRIC TEST APPARATUS FOR QUICK DETERMINATION OF SO3 IN CEMENT.
The Photometric Test Apparatus is designed for the rapid and accurate determination of sulfur trioxide (SO₃) content in cement. Equipped with a double light intensity meter and a built-in constant voltage transformer, this model ensures precision and reliability, making it an ideal solution for high-accuracy testing. The apparatus facilitates quick results, enabling frequent testing of multiple cement batches in minimal time.
BLAINE AIR PERMEABILITY APPARATUS - FULLY AUTOMATIC - PC CONTROLLED -
PC-controlled Blaine air permeability apparatus to EN 196-6, ASTM C204, BS 4550. Includes: filter papers 12.8 mm dia. (1000 pcs.), 50 ml fill oil, 50 ml light grease, cell with perforated disc and plunger, temperature sensor, brush, reference calibration sands, funnel and software. Requires the use of PC, not included.
MARSH CONE FUNNEL FOR GROUT-ASTM C939
The Marsh Cone, or Flow Cone, method is used to determine the flowability (efflux time) of hydraulic cement grout by measuring the time required for a specific volume of grout to pass through a calibrated orifice. This test helps assess the fluidity and consistency of grout, which is critical for applications such as grouting under base plates, post-tensioning ducts, or other void-filling operations. As per ASTM C939.
VICAT NEEDLE APPARATUS-FOR GYPSUM TEST
The Vicat needle apparatus is used to determine the setting time and consistency of cement, gypsum, plaster, or similar materials. It assesses how long it takes for a paste to achieve a certain state of stiffness, which is critical for ensuring material usability and performance. As per IS 2542 (P-1), ASTM C472,EN 196-3,BS 4550 Part 3 Section 3.5
