Our concrete testing lab equipments help construction builders to ensure maximum strength development under the ideal temperature and moisture conditions. We have different kind of concrete testing equipments varying from automatic, manual or semi-automatic depending on your specific requirements. SMEW being the best manufacturer of concrete lab testing equipments allows examining concrete cubes, cylinders and blocks to assure en and other international standards. S M Engineering Works Geotechnical testing equipment includes We Supplied modular and mobile NDT Testing instruments such as Ultrasonic Pulse Velocity Meter, Concrete Cover Meter, Concrete Test Hammer, Cement Testing Instruments, Cement Testing Equipment, Non-Destructive Testing Equipment, NDT Testing Equipment etc.
S M Engineering Works provide a wide range of top quality and the latest international standard test equipment and equipment to test in concrete equipment for testing in labs or concrete testing equipment cement, soil bitumen aggregate, equipment for rock testing, and laboratory equipment for testing in steel various types of equipment and accessories at affordable prices and prompt delivery.
Standards: IS 516, BS 1881
Specification: The Digital Compression Testing Machine has been designed to meet the need for a simple, economic and reliable means to test concrete for its compressive strength. The Digital Indicator incorporates a 4-Digits display calibrated in Kilo Newton (KN) and preset to maximum load capacity fitted with micro switches to switch-off the motor when the load approaches the maximum capacity of the gauge, avoiding any over loading. Relays are incorporated so that the motor does not restart on its own after a power breakdown. The electrically operated pumping units are provided with a control knob to adjust the pace rate which can be effectively controlled by an experienced operator during the course of testing, by observing the progress of the Digital Indicator readings.
Optional:
Standards: ASTM C 232; EN 480-4
Specification: Used for the compaction of concrete samples in a mould. Generally the vibratory hammer is found to be a much faster & quicker method as compared to impact hammering. The vibratory hammers are supplied with 1 tamping feet & 1 shank. Used for determination of the relative quantity of mixing water that will bleed from a sample of freshly mixed concrete.
Product Description: Fully automatic compression testing machine with automatic peace rate controller (screen touch type) with a wooden handle. Total length approximately 73cm. The tube has the sharp angular edge which conveniently pierces cement bags. An air hole of approximately 3mm dia is drilled on the tube near handle. Total sample collected at one time is 300cm approximately
High Performance Compression Testing Machine: The best thing about this automatic machine is that its controller is incorporated with a four-line digital display and features the integral load pacing bar display, maximum load and stress result display and a 232 output. Results from 1000 completed tests can be stored in the memory and these results can be in English, Metric or SI units. The Calibration range of the machine is from 10% to 100% of the machine capacity, over which range the accuracy is ±1% of the applied load.
Standards:
Specification: The Flexure Strength Testing Machines are designed to provide maximum rigidity throughout their working range. The load is applied by the upward movement of a hydraulic ram. The jack can be raised or lowered for testing different size beams. The load is indicated on a calibrated Bourdon tube type Pressure Gauge of range: 0-100kN x 0.5kN (0-10,000 kgf x 50 Kgf). The load gauge is calibrated against NPL/ NCCBM certified proving ring.
Standards:
Specification:
Features
24 Hour cycle from time of mixing.
Controlled 35° C or 100° C ± 2° C Curing Temperature for concrete.
Controlled 27° C ± 2° C Curing Temperature for grey cement.
The tank has been designed to accommodate 150mm / 70.6mm cube moulds upto 36/72 cube mould and fully insulated, complete with a hinged lid, heater, thermostat and re-circulated pump. Provision of two removable racks allowing free circulation of water around each mould. The pump, drain valves and electrical equipment are housed in a compartment located at one end of the tank. The Tank is heated by an immersion heater under normal conditions and refrigeration system for grey cement the temperature is controlled at 35° C or 100° C ± 2° C / 27° C +2° C, expect for the 15 minutes after immersion of the freshly made specimens
Note: Accelerated curing tank with cooling arrangement is also available of request.
Standards:
Specification: It is designed to carry a load of 140 kg . The apparatus consists of a motor fitted with a variable pitch pulley housed in a cabinet. The vibrations are imparted by means off-balance masses rotating on a shaft of a vibrator clamped to the underside of the table top. The table top is 500 x 500 mm and has stops along its edges to prevent moulds from walking off the table during vibration. A crass arm adjustable on a vertical rod at the centre of the table is provided to hold the moulds while operating the between a maximum of 3600 vibrations down to 2600 vibration per minute. A speed regulation handle is provided for increasing or decreasing frequency. A switch is provided for starting the motor. Suitable for operator on 230 Volts, A.C. Single Phase, 50 Cycles.
Note: Table top size : 750 x 750 mm & 1000 x 1000 mm also available at an extra cost. Both models operates on 440 volts, A.C. Three Phase
Standards:
Specification: We are providers of Vibratory Hammers, which is a specialized equipment used consistently at construction sites. The Vibratory Hammer is electrically operated. Our Vibratory Hammer has several uses. Some of them are listed below. Specifications Used for changing the soil formation with the use of its vibration Used for driving hammers into heavy or hard piles Used for the compaction of concrete cubes of 150mm & 100mm.
Standards: BS 1881-108
Specification: Made of Cast Iron / Mild Steel. The mould are made of 4 plates assembled together. Each mould is supplied complete with base plate. Faces are machined flat to ± 0.2mm. And finished in size to 0.2mm.
Standards:
Specification: This Cube Mould forms three cubes at one time in a diagonal arrangement. Mold and detachable base are held together by self-aligning thumbscrews, which ensure an even, tight fit.
Standards: IS: 516 1959, BS 1881-120, ASTM C31, C 617
Specification: The set comprises of a cylinder capper, a cylinder carrier and a ladle. The cylinder capper consists of a base on which two accurately machined plates are mounted vertically. One plate is firmly fixed and the other one is adjustable horizontally. Two plates are provided with holders for holding the cylinder in position. The holder are split and the bottom half of each holder is fixed firmly and the top half of each is removable and bolted down to the lower half. On the upper parts of the vertical plates 'V' s are provided for pouring the capping compound. Two spacers are also provided. Complete with cylinder carrier and ladle for molten compound.
Standards: IS : 516 1959, BS 1881-120
Specification: Mould for cylinders 150 mm dia. x 300 mm long, 100 mm x 200 mm Consists of a base with an upright. The upright serves as a guide for positioning the capping plate and cylinder. The 19mm thick capping plate is machined accurately. There is a recess in the plate for keeping the molten capping compound and to position cylinder. Complete with cylinder carrier and ladle.
Standards:
Specification: Used to melt Capping compound this pot comprises a metal container in a well lagged steel jacket. A thermostatic control and stand by heat switch are fitted. Supplied complete with lift off cover. Wa r m e r : A n e l e c t r i c a l l y h e a t e d a n d thermostatically controlled bath for melting the capping compound. Supplied with cover and handle. Suitable for operation on 230 Volts A.C. Single Phase.
Capping Compound: Used for capping the ends of concrete cylinders to be tested. Available in packs of 5 kg.
Bowl & Ladle: Metallic bowl is used to carry the capping compound and ladle is used to pout molten capping compound in to the groves between specimen and capping plate. Supplied as a set.
Standards: IS 516, BS 1881
A Digital Indicator fitted with the side of machine Electric operated Single Phase
Specification: In these load frames “C” channels are used, they are welded at the top as well as bottom and with stand high loads. A hydraulic jack is fitted at centre of the base of the load frame, over which can be fitted lower platen and spacer block with the help of centering pin. A lead screw passes through the top of the frame. To the lower end of this lead screw is fixed the upper platen with spherical seat for self alignment. The platens are accurately machined, hardened and polished. The lower platen grooves to correctly place the specimen.
Note: The platens are normally rectangular on shape, but on special request square platens or circular platens can be supplied at an extra cost.
Standards: IS 516, BS 1881
Specification: In these load frames “C” channels are used, they are welded at the top as well as bottom and with stand high loads. A hydraulic jack is fitted at centre of the base of the load frame, over which can be fitted lower platen and spacer block with the help of centering pin. A lead screw passes through the top of the frame. To the lower end of this lead screw is fixed the upper platen with spherical seat for self alignment. The platens are accurately machined, hardened and polished. The lower platen grooves to correctly place the specimen. The ram dia of the machine varies from the requirements of the customer. The lower pattern are at the base of the frame above the ram and it is rectangular in shape. Sufficient clearance is provided between the platens to fit in the cylindrical/ cube moulds. Spacer provided to adjust cubes and cylinders. A 20 cm dia. pressure gauge with maximum load induction pointer is fitted on the top panel and in turn is connected to the hydraulic pressure pipe. On the right hand a console is fitted within which the electrical motor is fitted along with its coupling which in turn is connected to the pumping unit. A slow / fast loading rate regulator fixed on the top of the console for adjusting the rate of loading. The machine is duly calibrated and passed after inspecting and analyzing it with a compression level indicator is provided as a dip stick.
Note: The platens are normally rectangular on shape, but on special request square platens or circular platens can be supplied at an extra cost.
Optional:
Standards: IS 516, BS 1881
Specification: The load frame is made up of high quality steel construction with a fixed. Upper lead carrying a ball seated platen. 4 pillars are fixed to the base and the top plate of the loading frame. The upper and lower plates are adjusted with the help of head screw on either side of the pillar. The ram dia of the machine varies from the requirements of the customer. The lower pattern are at the base of the frame above the ram and it is rectangular in shape. Sufficient clearance is provided between the platens to fit in the cylindrical/ cube moulds. Spacer provided to adjust cubes and cylinders. A 20 cm dia. pressure gauge with maximum load induction pointer is fitted on the top panel and in turn is connected to the hydraulic pressure pipe.
Ranges: 50 kN to 3000 kN
Standards: IS 516, BS 1881
Specification: The load frame is made up of high quality steel construction with a fixed. Upper lead carrying a ball seated platen. 4 pillars are fixed to the base and the top plate of the loading frame. The upper and lower plates are adjusted with the help of head screw on either side of the pillar. The ram dia of the machine varies from the requirements of the customer. The lower pattern are at the base of the frame above the ram and it is rectangular in shape. Sufficient clearance is provided between the platens to fit in the cylindrical/ cube moulds. Spacer provided to adjust cubes and cylinders. A 20 cm dia. pressure gauge with maximum load induction pointer is fitted on the top panel and in turn is connected to the hydraulic pressure pipe. On the right hand a console is fitted within which the electrical motor is fitted along with its coupling which in turn is connected to the pumping unit. A slow / fast loading rate regulator fixed on the top of the console for adjusting the rate of loading. The machine is duly calibrated and passed after inspecting and analyzing it with a compression level indicator is provided as a dip stick.
Optional:
Standards: IS 1199 & BS EN 12350
Specification: The instrument is used for workability as well as consistency of fresh concrete. A slump Cone and a graduated rod supplied with the instrument helps the operator to find out slump values and vibration table with container and acrylic disc is used to find out workability of concrete expressed in Vee Bee degrees, which is defined as the time in seconds to complete required vibrating at which the fresh concrete flows out sufficiently to come in contract of the entire face of acrylic disc.
The equipment consists of : A vibrating table size 380 mm long and 260 mm wide, resting upon elastic support at a height of about 305 mm above the floor, complete with Start/Stop switch, cord and plug. A holder is fixed to the base in to which a swivel arm is telescoped with funnel and guide swivel arm is also detachable from the vibrating table. 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 16 mm dia. and 600 mm long rounded at both ends.
Standards: IS 7320 & BS 1881-102
Specification: The Concrete slump test is an on-the-spot test to determine the consistency as well as workability of fresh concrete. This test plays a vital role in ensuring immediate concrete quality in a construction project. It is used almost in every construction sites.
The slump test is very simple and easy to handle. It also demands comparatively less equipment and can be done in a short period of time. These advantages of slump testhave made it very popular all over the world. In the slump test, workability of concreteis not measured directly. Instead, consistency of concrete is measured which gives a general idea about the workability condition of concrete mix.
Slump Test Apparatus Product specifications
Here are the objective specifications of our slump test apparatus –
Our apparatus is of very simple make yet it has been developed through the use of best quality materials including high tensile steel that is rust proof. Thus the apparatus delivers without any deformity or lack of accuracy for years.
Standards: ASTM C-360
Specification: The apparatus is used to determine the workability of Portland cement & concrete. The Kelly ball test is considered to be simple and much faster than the slump test. Twice the Kelly ball reading approximately equals the slump. It consists of a cylinder with a ball shaped bottom and handle, together weighing 15 kg. A strip frame, guides the handle and serves as a reference for measuring the depth of penetration. The handle is graduated in mm. Penetration can be recorded to the nearest 0.5 mm.
Standards: IS 1199, 5515. & BS 1881-103
Specification: 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.
Compaction Factor Apparatus Product specifications:
Our compaction factor apparatus has been developed with the best quality materials like stainless steel and delivered appropriate finishing and dimensional accuracy to ensure precise results for the engineers and technicians. The compaction factor apparatus conforms to the standards IS 1199 and 5515 and BS 1881 – 103.
Standards:
Specification: The Laboratory Concrete Mixer is used for preparing Mix Design of Concrete. It consists of a steel vessel of 55/ 110 Litres capacity, mounted on a frame. The vessel is rotated at 20-22 RPM with the help of a motor and a pulley arrangement. The vessel of laboratory concrete mixer can be titled to any angle by a hand wheel and counter weight. This facilitates mixing and discharge. Blades are provided inside the vessel to mix the material thoroughly. The large pulley wheel facilitates manual rotation of the drum during power failure. The drum, pulley wheel, and motor are mounted on a steel frame in these laboratory concrete mixer. The concrete mixer is fitted with ½ HP motor. Suitable for Operation on 220V, Single Phase, 50Hz, AC Supply
Product Description: The Concrete mixer has been designed for mixing small quantities of concrete used in preparation of concrete cubes, for testing in laboratories. The purpose of the mixer is to smear mechanically the aggregate surface with cement paste uniformly & produce a mix of uniform consistency. This in turn gives consistent quality of cubes specimens when casted in the moulds. The Concrete Mixer developed is transportable on wheels. The design of mixing paddles ensure uniform & efficient mixing of cement & aggregate both in dry & wet conditions. This machine is suitable for aggregate size upto 20 mm. The equipment can also be put to use for mixing of any other material in dry / wet conditions. The arrangement helps the operators to access the pan contents conveniently & emptying the mixture after completion of the operation. The drum is driven off the ribbed base. The lid with mixing paddles clears off the top of the drum to provide maximum access to the operator.
Laboratory Concrete Pan Mixer Machine Product specifications -
Mixing Capacity : 40 ltrs.
Overall Dimension : 910 x 875 x 1250 mm
Motor : 2 HP, 960 RPM
Power supply : 440 V, 50 Hz, 3 phase AC
Features:
Standards: IS 516, ASTM C-29, C-31, C-57, C-138, C-192 AASHTO T-29 & T-23
Specification: This is used for compacting concrete into cube moulds. This rod is made of steel it is 16 mm dia., 600 mm in length and rounded at both ends.
Standards:
Specification: This is used for compacting concrete into cube moulds. This rod is made of steel bar it is 25 mm square x 380 mm long with handle.
Standards: EN 12350-12
Specification: The J-Ring test is used for determining the passing ability, the flow spread and the flow time of self compacting concrete as the concrete flows through the J-Ring apparatus. The J-Ring narrow gap with ø18 mm x 16 smooth bars is manufactured from stainless steel.
The Slump Cone is made from sheet steel protected against corrosion, with diameters; top 100 mm, base 200 mm and with a height of 300 mm. The Base plate is 900x900x3 mm square, made of stainless steel with engraved circles of 200 mm and 500 mm diameter conforming to EN 12350- 8.
The Steel weighted collar is used to stabilize the slump cone on J-Ring or slump flow tests.
Minimum apparatus for the J-Ring test are J-Ring with narrow gap and slump cone.
SMEW-0080 J-Ring, narrow gap
SMEW-0080 Slump cone for J-Ring
SMEW-0080-A Base plate for J-Ring and slump-flow tests
SMEW-0080-B Steel weighted collar, 9 kg
SMEW-0080-C EN 12350-8 for slump cone on J-Ring or slump flow test
Standards: EN 12350-5
Specification: The test set is used for concrete mixes of high workability and determines flow index as an arithmetic mean of the diameter of the specimen after working on a flow table. The apparatus consists of a double steel table, an upper table measuring 700 x 700 mm and hinged at one side to the lower table. The top table is inscribed and all parts are protected against corrosion. The stainless steel cone has a 130 ±2 mm top diameter, 200 ±2 mm base diameter and 200 ±2 mm height and 1.5 mm thickness. Dimensions: 700 x 850 x 300 mm, Weight (approx.) 40 kg
SMEW-0081 Concrete flow table test set
SMEW-0081-A Flow cone for
SMEW-0081-B Wooden tamper 40 x 40 x 335 mm
Standards: EN 12350-9
Specification: The V Funnel apparatus is used to evaluate the flow time of freshly mixed self compacting concrete. The test is not suitable when the maximum size of the aggregate exceeds 22.4 mm.
The test set consists of a stainless steel funnel placed vertically on a supporting stand. The discharge orifice is equipped with a lid, which can be momentarily opened. The l shape box apparatus is supplied complete with:
Standards: EN 12350-9
Specification: The L Shape box is used for determining the passing ability rate of freshly mixed self compacting concrete. The distance between 12 mm diameter bars can be set between 41±1 mm or 59±1 mm. L Shape box is designed for ease of cleaning the vertical and horizontal hoppers.
The l shape box apparatus is supplied complete with:
Standards: IS 1199 1959 & BS 1881-106
Specification: The apparatus consists of a pressure tight flanged cylindrical measuring bowl. The bowl is fitted with a removable flanged conical cover assembly with the help of a seal. The conical cover has an air valve and a petcock for bleeding off the water. A transparent cylindrical stand pipe which is graduated in air content is fixed to the conical cover assembly. Pressure is applied to the specimen with the help of a pressure bulb and the pressure is recorded on the pressure gauge which is mounted on the stand pipe. The whole assembly is mounted on a flat base. The instrument is supplied complete with one each following accessories.
Calibration cylinder with spring clamp, trowel, tamping rod, straight edge. Rubber mallet and measure.
Capacity Are also Available
Standards:
Specification:
Material Iron
Processing Type Customized
Power Mode Electric
Application Construction Machinery
Weight Min 105 Kilograms (kg)
we have been delighted to manufacture and supply as assorted range of Double Beam Screed Vibrator. This vibrator finds its application in construction industry for leveling of concrete slabs and floors by vibrating. The offered vibrator is manufactured using pristine quality components and progressive techniques by our deft professionals. In addition to this, clients can avail this Double Beam Screed Vibrator at cost effective from us.
Standards:
Empowered with innovative technologies and advanced production unit, we are a renowned manufacturer and supplier of premium quality Power Floater Machine. The offered machine is used for smoothing the surfaces of marbles by rubbing on it. This machine is manufactured using supreme quality components by our adept professionals at our advanced production unit. In addition to this, clients can avail this Power Floater Machine from us at competitive prices.
Features:
Specification:
Powered: 3 H.P. Electric motor through gear box
Floating: 130 RPM
Technical Details:
| Model | Dia | Handle Length | Handle Height | Weight | Dise Thickness | Prime Mover | Power Rating |
|---|---|---|---|---|---|---|---|
| SMEW-401 | 1000 mm | 1600 mm | Adjustable | 70 kg. | 5 mm | Gear Motor | 3 H.P. |
These are self propelled, light in weight and compact machines having high forces, low amplitude and high frequency, based on the principle of reciprocal pressure generation by frequency un directional impulse vibrator which causes the ramming and forward movement, Sana Earth Rammer can compact thicker layers of non-cohensive and semi-cohensive soils and maximum density (95% to 98%) are achieved in less number of passes. Application non-cohesive soil, subgrades maneuvers close to abutments retaining walls, pilling , ideal for key trenches, cannel embankments, back till jobs, factory floor, foundations, bridge approaches etc.
Technical Details:
| Model | Weight | Impact Force | Compaction Capacity | Vibrating Frequency | Prime Motor | Power Rating | Plate Size | Working Capacity | Depth Effect | |
|---|---|---|---|---|---|---|---|---|---|---|
| SMEW-601 | 90 kg | 950 kg | 1 to 2 Ton | 3500 RPM | Electric | 3 HP | 14x24 inch | 3000 sqr/H | 4 inch | |
| SMEW-602 | 210 kg | 3500 kg | 4 to 6 Ton | 2500 RPM | Electric | 5 HP | 20x32 inch | 3000 sqr/H | 7 inch | |
| SMEW-603 | 300 kg | 4500 kg | 8 to 10 Ton | 3000 RPM | Electric | 7.5 HP | 20x38 inch | 5500 sqr/H | 10 inch |
Standards:
Specification: The Flexure Strength Testing Machines are designed to provide maximum rigidity throughout their working range. A hand pumping unit, a separate electrically cum hand operated pumping unit housed in a cabinet is supplied. The pressure gauge 0-100 kn x 1 kn, on/off switch and a slow/fast level to control rate of loading are fitted on the front panel of the pumping unit. A facility for hand operation is provided. A micro switch and relay fitted inside the pressure gauge protects the unit from over loading. The load gauge is calibrated against NPL/ NCCBM certified proving ring.
Standards: IS 516, BS 1881.
Product Description: All the concrete testing lab equipment’s made by Setest india are crafted with the solo purpose of making he process of cement manufacturing an easy and simple one. Taking in view the flexure testing machine, it is being specially designed to test the flexure strength of the most important factor in the process that is the concrete beams.
Specification: The automatic flexure testing machine designed by Setest India is curated with a special design that enables maximum rigidity and stability through out the working range and functionality and operation of the machine. The machine is designed with a special load which further enables downward movement of the piston when applied and when in motion. The machine is designed with the best of international and latest tools and innovations happening in the technology arena, to provide the best of world class experience in functions and operations.
High Performance Oriented Machine: The flexure machine has a dedicated spacer which is for testing different size of beams. The load is indicated on a calibrated bourdon tube type load gauge of range: 0 - 100 kN x 0.5 kN (0- 10,000 kgf x 50 kgf). Also, the load gauge is calibrated against National Council for Cement and Building Materials Certified Proving Ring.
Standards:
Specification: Hydraulic Jacks have multipurpose utility, i.e. application of loads while engaged in field investigation, determination of load carrying capacity of piles in the field, tensioning of wires in pre-stressed structures, loading of members of any structure for deformation characteristics etc. The jacks are supplied complete with manually operated pumping units fitted with bourdon tube type load gauge and high pressure flexible hose pipe. All the jacks have a piston travel of 50 mm and jacks upto 1000 kN capacity are provided with retraction springs.
Note: Piston Travel upto 150 mm can be provided on request
Standards: IS 3085, DIN 1048
Specification: The concrete permeability apparatus comprises of a mild steel cell of Square/Round cross-section mounted on a stand and a pressure chamber is connected to the cell through copper tubing and T-connector mounted on the stand with sleeve packed valve and rubber hose pipe with end connections. The cell assembly consists of one base plate and one top plate connected to nozzles.
Note: The pressure chamber is fitted with a pressure regulator which helps in regulating the pressure from 0-15kg/cm sq. Gauge is for indicating the pressure in the cell. A foot pump and a pressure tube is supplied to develop pressure in the chamber. The apparatus is supplied with a measuring cylinder 500cc to measure percolated quantity to water.
Standards:
Specification: The U Shape box apparatus is used to determine the filling and passing ability of self-compacting concrete (SCC). The U box is made of stainless steel consisting of three 12 mm dia. Rebars. The U box is mounted on a frame with a fixing mechanism.
Standards: ASTM C-403
Specification: Consists of a needle having face area 3/10 sq. cm. and graduated at a distance of 25 cm. The needles point is an integral part of barrel which houses a calibrated spring. The spring is confined in a sleeve. The resistance offered by the concrete mortar is shown on the direct reading scale with a marker ring which holds its position when released. Scale range is 0-50 kg/cm2 when the penetration resistance reaches a value of 35kg/cm2 the concrete is assumed initially set. Supplied complete in carrying case.
Standards: ASTM C-403
Specification: It is used for finding out the rate of hardening of mortar sieved from concrete spring and a stem graduated from 0-70 kg x 1 kg. Six interchangeable penetration needles of areas 645, 323, 65 32 and 16 mm sq. is provided . The penetration resistance is measured by the force exerted to penetrate the mortar by 25 mm and is indicated by a sliding ring on the stem, which is graduated. Needle shanks are marked at every 12.5 mm. Supplied complete in a wooden carrying case.
Standards: ASTM C 232; EN 480-4
Specification: used for determination of the relative quantity of mixing water that will bleed from a sample of freshly mixed concrete.
Standards:
Specification: The unit consists of two movable frames pivoted at one end. The extensometer is fixed to the specimen with the help of tightening screws. The lateral extension is indicated on a dial gauge of 0.002 mm x 5 mm is mounted on the upper ring and the tip of the dial gauge rests on an anvil. The zero on the dial gauge can be set by adjusting the anvil screw. Supplied in a wooden carrying case.
Standards: ASTM C 469
Specification: Consists of a frame with a bottom ring and a top ring with tightening screws to firmly clamp the compressometer over the cylinder. A dial gauge .002 mm x 5 mm is mounted on the upper ring and the tie of the dial gauge rests on an anvil. The zero on the dial gauge can be set by adjusting the anvil screw. Supplied in a wooden carrying case. Send Enquiry Download Catalog
Standards:
Specification: The density of both fresh and hardened concrete is of interest to the engineer for numerous reasons including its effect on durability, Strength and resistance to permeability. Hardened concrete density is determined either by simple dimensional checks, followed by weighing and calculation or by weight in air / water buoyancy methods.
Density of Hardened Concrete: The density of hardened concrete specimens such as cubes and cylinders can be quickly and accurately determined using a Buoyancy Balance.
Buoyancy Balance: The buoyancy balance system developed by us consists of a rigid support frame. Incorporating a water tank mounted on a platform. A mechanical lifting device is used to raise the water tank through the frame height immersing the specimen suspended below the balance fixed on a cradle.
The balance supplied may also be used as a standard weighting device, thus providing a versatile and comprehensive weighing system in the laboratory. The sample is weighed in air and in water to calculate the density of fresh concrete.
Standards: IS 516, BS 1881
Specification: In these load frames “C” channels are used, they are welded at the top as well as bottom and with stand high loads. A hydraulic jack is fitted at centre of the base of the load frame, over which can be fitted lower platen and spacer block with the help of centering pin. A lead screw passes through the top of the frame. To the lower end of this lead screw is fixed the upper platen with spherical seat for self alignment. The platens are accurately machined, hardened and polished. The lower platen grooves to correctly place the specimen.
Note: The platens are normally rectangular on shape, but on special request square platens or circular platens can be supplied at an extra cost.
Ranges: 50 kN to 3000 kN
Standards:
Specification: Used to remove excess material when molding cube and cylinder specimens. Conduction slump cone and air meter tests. Flat bar made from steel.
1” X 12” (2.5 X 30.4CM)
Product Description: We offer Cube Moulds with base plates which are available in different sizes as per the clients’ specific requirements. The engineering tolerances specified for moulds are very stringent and the internal finish of the surface must be of a high order to comply with the recommendations laid down in many international standards.
Product Specifications –
Find out the objective specifications of our cube moulds here below –
Product Description: We are specialized in the Manufacturing and Supplying of Cylindrical Mould. The Cylindrical Mould is used for testing concrete cylinders for compressive strength tests. The Cylindrical Mould can be availed at market leading prices from us.
Product Specifications -
