Cement Testing Equipments

A cutting-edge and trustworthy testing and measurement device constructed of premium stainless steel is the cement testing equipment. It is the ideal option for any laboratory or industrial setting thanks to its completely automated operation and blue colour finish. With a precision of 0.5%, this machine is made to precisely measure and test materials with a maximum capacity of 250KN. Moreover, a safety overload prevention mechanism and a digital display are included for quick readings and to guard against unintentional harm. Any testing and measurement application, from quality control to research and development, is ideal for this machine.

Fully Automatic Compression Testing Machine

The Fully Automatic Compression Testing Machine is an advanced and reliable testing and measurement tool made from high-grade stainless steel. With its fully automated operation and blue color finish, it is a perfect choice for any laboratory or industrial setting. This machine is designed to accurately measure and test materials up to a maximum capacity of 250KN, with a precision of 0.5%. It is also equipped with a digital display for easy readouts and a safety overload protection system to prevent any accidental damage. This machine is perfect for any testing and measurement application, from quality control to research and development.

FAQ :

Q: What is a Fully Automatic Compression Testing Machine?
A: A Fully Automatic Compression Testing Machine is a testing and measurement tool used to measure the strength of materials by applying a compressive force.

Q: What color is the Fully Automatic Compression Testing Machine?
A: The Fully Automatic Compression Testing Machine is blue.

Q: What material is the Fully Automatic Compression Testing Machine made of?
A: The Fully Automatic Compression Testing Machine is made of stainless steel.

Q: What is the product type of the Fully Automatic Compression Testing Machine?
A: The product type of the Fully Automatic Compression Testing Machine is a Compression Testing Machine.

Q: What is the Fully Automatic Compression Testing Machine used for?
A: The Fully Automatic Compression Testing Machine is used for measuring tools.

Q: What is the application of the Fully Automatic Compression Testing Machine?
A: The application of the Fully Automatic Compression Testing Machine is testing and measurement.

Gillmore Needle Apparatus

ASTM C 266

This instrument is used for determining the time setting of hydraulic cement.

Specification:

A base with a Vertical shaft and Two horizontal arms. The lower arms is  adjustable for height. 1 no. Initial needle 1/12-inch dia1/4 lb. Wt. 1 no. Final  needle 1/24 inch dia.1/4 lb. Wt. 1 no. Glass base plate. Complete as above

Flow Table

IS:6932 (PART VIII), ASTM C 230, BS 4551:1

Flow Table is used for determining the work-ability of  building limes.

Specification:

The flow table consists of a 30 cm dia polish steel plate with 3 engraved annular circles7,11 and 19cm dia. The table top is arranged for a free fall of 12.5mm by a cam action. Supplied complete with one brass conical mould,65mm i.d. at base and 40 mm i.d.at top, height of the mould 90 mm.

Motorised Flow Table

IS 1199-1959, ASTM C-124, AASHTO-T-120.

It is used for determining the flow of cement concrete.

Specification:

Consists of a steel table top 76.2cm ( 30 inch. Dia) Finely machined. The integral cast ribs are designed for support and strength. The stand is fabricated out of cast iron and is of study construction. Holes for mounting in foundations are drilled in the base plate. The ground and hardened steel cam is designed to fit and drop the table by 12.5mm.Electrically operated to raise and drop the table top, approx. 15 times in 15 seconds, Suitable for operation on 230 Volts,50 cycles, A.C. supply. Supplied with one conical mould with two handles,12cm height, having 17cm. Inside Dia. at the Top and 25cm inner dia. at the base. Complete with a tamping rod 16mm  dia x 600mm long one end rounded.

Length Comparator

IS 1199-1959, IS 4031 1968 BS 1881, ASTM C 151, C490.

It is used to measure the dying shrinkage of concrete autoclave expansion of Portland cement and potential expansive reactivity of  cement aggregate combinations in mortar bars during storage, on self-drying.

Specification:

The instrument consists of a channeled or a round base over which two vertical pillars are fixed. An adjustable cross plate is at the top. A dial gauge, reading to .002mm x 5mm. Can be located upon a 6.5mm. dia ball or other reference point cemented in the specimen.

On the base there is similar recessed seating in which can be placed a second ball or reference point in the specimen.

Complete with a stainless steel standardization bar with insulated grip and with 6.5mm dia. Balls mounted in the ends. The unit can be supplied with an Electronic Dial Gauge at extra cost if indicated at the time of placing the order.

Laboratory Cement Autoclave

IS4031-1968, IS1624-1960&ASTMC151,C141

Specification :

The autoclave is suitable for conducting accelerated soundness tests on  cement or the autoclave expansion test requiring constant steam pressure with the  correspondent constant pressure. It consists of a stainless steel cylinder with a welded heat insulated metal housing attractively finished. The attached control unit encloses a sensitive pressure regulator and pressure gauge. Power switches and  pilot lights for controlling the electric heating units. Inside chamber dimensions 10.5 m diameter x 40.5cm height suitable for operation on 230V,50 Hz Single Phase A. C. supply. Supplied complete with test bar holder, special rack to hold specimens above water level in the autoclave and in a vertical position to expose them in the same manner. A Digital PID Controller is fit ed for controlling the  desired temperature.

 Note: Ordinary laboratory cement autoclave with mild steel chambers are also available.

Electrically Operated Tensile Strength Tester


The instrument employs a friction free, accurate, double lever system, the load being applied by means of sliding weight on the top lever. The capacity of the units is 900kgs.Afterfixing the briquette in the jaws, the machine is switched on. The sliding weight slides over the calibrated lever thus applying tension to the specimen. A micro switch fitted instantly stop the machine on failure of the briquette and on failure the tensile load is accurately 0.5kg.Bymeansof a marker provided on the sliding weight to its zero position. Suitable for operation on 230 V, 50 cycles, Single Phase, A.C. supply. Supplied complete with one brass briquette mould and one base plate

Standard Spatula

IS 4031, 269, BS 12

This is for use while casting a cement briquette.

Specification:

The standard spatula consists of a steel blade, of a special shape. A wooden handle is fixed to the stem of blade. The weight does not exceed 340gms

Jolting Apparatus

IS 1727 1967, IS 4031 1968, ASTM C 394, C 64

Form a king standard rectangular specimens of 40x40x160 mm. of Port land and pozzolana cement mortar for determining the transverse strength.

Specification:

The jolting apparatus consists of are retangular table rigidly connected by two support arms to a spindle at a horizontal distance of 800 mm from the centre of the table. There is a projecting lug with a plane face on the upper face of the table beneath which is a stop with a rounded upper surface. The table can be raised and allowed to fall freely on the stop by a cam which is connected to a motor and gearbox through a V-belt an pulleys. The cam rotates at a rate of 60 Rev/Min. A stroke counter fitted with micro-switch is
provided which stops the machine after 60 Jolts. Locating pins are provided for mounting the mould compartments
on the table. The mouldsur mounted by the hopper can be clamped rigidly to the 
table. Supplied complete with mould and hopper. Suitable for
operation on 230 Volts, Single Phase, A.C. Supply.
A Digital Preset Counter can be supplied at an extra cost.

Spares and Accessories :

  • Steel mould with base plate having three compartments each
  • having40x40x160mm, internal dimensions.
  • Apparatus for de-moulding the specimen.

Prism Mould Three Gang

IS1727 1967, IS4031 1968, ASTMC394, C64

Specification:

It is supplied complete with base. All parts are marked with the identification number for correct assembly. Each mould is  individually verified in the dimensional tolerances,  hardness, squareness, flatness & roughness. Size:40.1X40X 160mm

Fully Automatic Mortar Mixer

EN 196-1, 196-3, 413-2, 459-2, 480-1, 1015-2, 12617-4

ASTM C187, C305; AASHTO T129, T131, T162 The mixer has been designed to mix mortars and cement pastes  primarily to the requirements of standards. The mixing paddle has a planetary motion and is driven by a motor with a micro processor based speed and preset

programs to meet all listed EN and ASTM standards,  custom designed programs or manual mode. The mode button is used for the fast selection of different programs. The mixing paddle revolves at a rate of 140rpm.witha planetary motion of 62 rpm.in low speed. In high speed, the paddle revolves at the  rate of 285 rpm. with a planetary motion of 125 rpm. An  automatic sand dispenser is supplied with the machine and the sand is automatically discharged. Custom design  allows 6 programs to be set by the operator, where the motor speed, sand dispenser position and duration of the mix  can beset. For the mix where the motor speed is selected as zero, the bowl can be lowered without interrupting the rest of the program. On the display the user can see the mix time and the machine is equipped with lamp in order to warn the user for critical time periods. 

The Automatic Programmable Mortar Mixer is supplied 

 

  • complete with:
  • Bowl:5lt (approx.) 
  • Beater
  • Dimensions: 300x555x610mm 
  • Weight (approx.): 56kg
  • Power: 200W 

 

Vibrating Machine

IS 4031 1968, IS 1344 1959, BS 4550.

Concrete moulds are easily cast by using a tamping bar or a vibrating table. How ever air trapped incement mortar paste can not be thus removed while casting cement mortar moulds. Easy method is to impart greater vibrating of lesser amplitude to the mould while casting This is achieved in a vibrating machine.

Vibrating machine is used for the preparing of mortar cubes for the determination of compression strength of ordinary and rapid hardened Portland cement, low heat Portland cement, Port land blast furnacecement and high alumina cements

The machine consists of a vibrating frame assembly and an electric motor mounted on a sturdy base. The complete frame assembly consists of avicetoholda 70.6 mm cube mould and two studs threaded at top and a hopper to feed the sample in the mould. This assembly is  supported on four springs and has an in built rotating shaft which  rotates eccentrically and thus imparts vibrations to the entire frame. A balance weight is an integral bottom part of the frame.

The centre of gravity of the assembly is brought to the centre of the eccentric shaft within a distance of 25 mm below it. The electric motor drives the shaft of the frame and thus imparts

required vibration to the moulds.

The frequency of vibration is 12000 +/- 400 Vibration Per Minute. Supplied complete with on 70.6 mm Cube Mould with loose base plate, a time switch 0-5mins x 1mm.

 

  • Spares: Set of springs, belt and belt guard.
  • Optional: Digital Preset Timer can be supplied at an extra cost.

 

 

Plunger Penetration Apparatus

EN 413-2, 459-2, 1015-4

The plunger penetration apparatus is used to determine the  consistency of fresh mortar, building lime and masonry cement. The test apparatus consists of a base to place the test cup and a vertical column holding the penetration plunger assembly. The drop default height is adjusted to 100 mm. The plunger assembly weight is 90 g. The plunger penetration apparatus is supplied complete with:
Test Cup,  80 mm X 70 mm Tamper

Slaking Vessel

Slaking Vessel is used to determine the yield of lime by leaving the lime sample to slake into. Stainless steel made and double walled insulated. The cylinder has inside dimensions dia.113 mm by140 mm deep. Supplied complete with cover

MarshFunnel With Measuring Cup

ASTM D 2419, AASHTO T 176

This cone is used to find out viscosity of bentonite slurry and similar material. The marsh cone is 6 inch in diameter at the top and 12 inch long, and tapers tojoinatube2inchlongand 3/16 inch inside dia.

The capacity of the funnel is 1500cc. Time in seconds required to flow out 1000cc of slurry from cone is measured as funnel viscosity of the material.

Mud Balance

The Mud Balance is a professional-grade device designed for industrial and laboratory use. It is used to measure the density (weight) of drilling fluid, cement, liquid, or slurry. The Mud Balance is made of metal and is black in color. It is highly accurate and provides reliable results. This device is easy to use and is suitable for a variety of applications. With its robust construction and superior performance, the Mud Balance is an ideal choice for industrial and laboratory projects.

FAQ :

Q: What is a Mud Balance?
A: A Mud Balance is a device used to measure the density (weight) of drilling fluid, cement or any type of liquid or slurry.

Q: What material is a Mud Balance made of?
A: A Mud Balance is typically made of metal.

Q: What color is a Mud Balance?
A: A Mud Balance is usually black.

Q: What is a Mud Balance used for?
A: A Mud Balance is used to measure the density (weight) of drilling fluid, cement or any type of liquid or slurry.

Q: Where can a Mud Balance be used?
A: A Mud Balance can be used in industrial or laboratory settings.

Vee Bee Consistometer

The Vee Bee Consistometer is an essential tool for industrial and laboratory applications. It is designed to measure the relative effort led by concrete to change from one definite shape to another definite shape by conducting vibration (Conical to cylindrical). This tool is constructed from durable metal and is finished in a distinctive blue color. The Vee Bee Consistometer is easy to use and provides reliable results.

FAQ :

Q: What is a Vee Bee Consistometer?
A: A Vee Bee Consistometer is a device used to measure the relative effort led by concrete to change from one definite shape to another definite shape by conducting vibration (Conical to cylindrical).

Q: What is the application of Vee Bee Consistometer?
A: The Vee Bee Consistometer is suitable for both industrial and laboratory use.

Q: What is the product type of Vee Bee Consistometer?
A: The product type of Vee Bee Consistometer is Vee Bee Consistometer.

Q: What color is the Vee Bee Consistometer?
A: The Vee Bee Consistometer is blue in color.

Q: What material is the Vee Bee Consistometer made of?
A: The Vee Bee Consistometer is made of metal.

Compaction Factor Apparatus

The Compaction Factor Apparatus is an essential tool for determining the compaction factor of concrete with low, medium and high workability. Constructed from durable metal, this apparatus is designed to stand up to industrial and laboratory use. The blue color of the apparatus makes it easy to spot on any workbench. This apparatus is ideal for use in a variety of industries, including construction and engineering. It is a reliable and accurate tool for measuring the compaction factor of concrete, ensuring that the material is of the highest quality. The Compaction Factor Apparatus is an essential tool for any laboratory or industrial setting.

FAQ :

Q: What is a Compaction Factor Apparatus?
A: A Compaction Factor Apparatus is a device used to determine the compaction factor of concrete with low, medium and high workability.

Q: What material is it made of?
A: The Compaction Factor Apparatus is made of metal.

Q: What is the application of this apparatus?
A: The Compaction Factor Apparatus is mainly used in industrial and laboratory settings.

Q: What type of product is it?
A: The Compaction Factor Apparatus is a type of product.

Q: What color is it?
A: The Compaction Factor Apparatus is blue.

L Shape Box Apparatus

This L Shape Box Apparatus is designed to provide reliable and accurate results in industrial and laboratory settings. Constructed from robust metal, this apparatus is used for determining the passing ability rate of freshly mixed self-compacting concrete. This apparatus is designed for easy operation and features a blue finish for a professional look. It is ideal for use in construction sites, engineering labs, and other industrial applications. With its superior quality and reliable performance, this L Shape Box Apparatus is the perfect choice for any laboratory.

FAQ :

Q: What is the L Shape Box Apparatus?
A: The L Shape Box Apparatus is a testing apparatus used for determining the passing ability rate of freshly mixed self-compacting concrete.

Q: What is the material used to make the L Shape Box Apparatus?
A: The L Shape Box Apparatus is made of metal.

Q: What is the color of the L Shape Box Apparatus?
A: The L Shape Box Apparatus is blue.

Q: What is the application of the L Shape Box Apparatus?
A: The L Shape Box Apparatus is suitable for industrial and laboratory use.

Motorized Laboratory Concrete Mixer

This Motorized Laboratory Concrete Mixer is a semi-automatic mixer designed to provide quick and precise preparation of concrete mixtures of varying strength. Made of durable metal, this blue mixer is powered by electricity and is suitable for industrial and laboratory use. With its semi-automatic operation, this mixer is capable of efficiently preparing concrete mixtures of varying strength quickly and accurately.

FAQ :

Q: What is a Motorized Laboratory Concrete Mixer?
A: A Motorized Laboratory Concrete Mixer is a device used for preparing concrete mixtures of varying strength precisely as well as quickly. It is operated by an electric power supply and has a semi-automatic operate method.

Q: What is the material used for the Motorized Laboratory Concrete Mixer?
A: The Motorized Laboratory Concrete Mixer is made from metal.

Q: What color is the Motorized Laboratory Concrete Mixer?
A: The Motorized Laboratory Concrete Mixer is blue in color.

Q: What is the power supply for the Motorized Laboratory Concrete Mixer?
A: The power supply for the Motorized Laboratory Concrete Mixer is electric.

Q: What is the operate method of the Motorized Laboratory Concrete Mixer?
A: The Motorized Laboratory Concrete Mixer has a semi-automatic operate method.

Q: What are the applications of the Motorized Laboratory Concrete Mixer?
A: The Motorized Laboratory Concrete Mixer can be used for industrial and laboratory purposes.

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