Civil Engineering Test Equipment Dealers in Laxmi Nagar, Delhi

• Material: Mild Steel
• Certification: CE Certified, ISO 9001:2008
• Application: Dissolution Testing
• Color: Grey, Light White, Off White
• Voltage: 220V
• Condition: New
• Dimension: 340mmx330mmx475mm
• Power: 1KV
• Driven Type: Electric
• Phase: Single Phase
• Warranty: 1yrs
• Temperature: 0-50°C

• Brand Name: Micronvac
• Condition: New
• Warranty: 1 Year
• Material: Stainless Steel
• Voltage (V): 220
• Vacuum Level (mm): 760mmhg
• Display: Digital
• Speed (RPM): 1440rpm
• Usage/Application: Leak testing

Water and Soil Analysis Kit that we manufacture, export and supply is very easy to operate by simply putting the F2 switch to standby position and switch on the instrument. The display will indicate 000 at the start. It is advisable to clean the membrane with a soft tissue paper after every use. Our Water and Soil Analysis Kit is appreciated for its accuracy in measurements and portable size. It is available in an easy-to-use kit.   pH Measurements : Put the function switch to pH / Orp mode. Wash the electrode with distilled water and dry it with filter water Connect the electrode BNC plug at the input socket Put the combination pH electrode in buffer solution 7.00 pH. Set the Temp. Knob to the Temp. Of the buffer solution. Now move the switch F2 to pH mode. Read the display value, adjust it with Cal control to 7.00 pH value. Again Move the selector switch F2 to Stand by mode. Take out the electrode from 7.00 pH buffer and wash it with distilled water and dry it with filter paper. Put the electrode in 4.00 pH solution. Set this value to 4.00 pH by setting Slope control. The instruments is ready to take measurements.   O.R.P. Measurements : Put the function Switch F1 to pH/ORP mode. Rinse the CRP electrode with distilled water and dry it with filter paper. Connect the ORP electrode BNC plug at Input socket. Take 0.00 mV buffer solution freshly prepared and calibrate with Cal knob. The instruments is calibrated and ready for taking ORP measurement of any other solution.   Conductivity Measurements : Put the function switch at Cell Const Position Adjust the display to the cell constant value marked on the conductivity cell supplied with the instrument. Now move the switch to the COND. Position Put the range switch at appropriate positions so that best possible resolution is obtained.   TDS Measurements : Put the function switch at TDS Position Clean the conductivity cell, dry it and connect in cond/TDS input socket. Adjust the display to cell constant value marked on conductivity cell by cell const, knob and function switch at Cell const position. Dip the cond. Cell in the unknown solution whose TDS value to be measured. Put the range switch at appropriate PPM/PPT position, so it best possible resolution is obtained.   Cell Constant Measurement : It is recommended that cell constant of the conductivity cell must checked off and on. This can be done as follows : Dip the conductivity cell in a solution of known conductivity. (1408µmhos) Keep the function switch Fat Cond position. Adjust the display to the value of known solution by rotating CE Constant Knob. Bring function switch F to Cell const. Position. The display will indicate the cell constant of the conductivity cell.   D.O. Measurements is done by following steps : D.O. Probe Assembly D.O. Probe consist of a silver and gold electrode cells, an electrolyte tube with thering.   The following procedure may be followed for assembly or D.O. Probe Be careful to handle its membrane. Fit the membrane on the lower part of the electrolyte tube. Fix the ring on the electrolyte tube covering the sides of the membrane. Fill Potassium chloride solution (7.5%) in the electrolyte tube to its top. Insert the electrode in the electrolyte tube and tightly screw it up. Now the probe is ready to use.   D.O. Operation : Put the function switch F1 to D.O. Mode and adjust the display to Co.o with Zero knob and insert the D.O. Probe in D.O. Sockets. Please keep colour code in consideration. Keep the Temp knob to the extreme left position and Cal Knob to extreme right position. Place the D.O. Probe in 2% sodium Sulphite solution. Allow the display to attain equilibrium. If the display does not read 000, set the zero knob to bring the display to read 000 by keeping the temp. Knob to actual temp. Of the solution. Calibrate knob should be at extreme right position. Now Calibrate the instrument with known value of D.O. Solution Take 250 ml. Flash and fill 2/3 of it with distilled water. Stopper the flash and shake it for 30 seconds. Remove the stopper back and siri the water back and repeat the procedure 4 times. Measure the temp. Of the water and set the temp. Knob at temp of water in the flask. Hold do probe in the flash and agitate the water. Note the reading of the display and check the value with that of the table below for given temperature. If necessary adjust the meter reading with CaL knob.   Note : Please refer to the saturation values of the dissolved Oxygen in distilled water as given in Table 1. it shows the values for dissolved oxygen which will be obtained when shaking the distilled water at different temp. In the air. Now the instruments is ready to take measurements of D.O. Value of any unknown solution   Caution : Since the measurement is based on the diffusion process, the agitation of the solution is must. Hand shaking of the solution may not give accurate readings, magnetic stirrer is recommended for this purpose. Movement of the solution should be about 2ft/sec for accurate measurement. BOD bottle is recommended as a container for measurement of sample solution in the laboratory. Because DO probe tight fits in BOD bottle and no atmospheric oxygen may dissolve during measurement.   Maintenance of D.O. Probe : Do not touch the silver electrode of the probe. The Membrane must not have any pin hole, puncture. The DO reading will be erratic at constant DO concentration and temperature, if the membrane has a puncture. Any accumulation of organic matter on the membrane will effect the Cal. It is advisable to clean the membrane with a soft tissue paper after use.

• Temperature Control: PID Digital Temperature Controller, +/- 0.5oC

Thermoplastics and PVC (Plasticized Polyvinyl Chloride) materials when exposed to continuous heat, degenerates and emit harmful acidic gases. The instrument is manufactured for testing PVC materials against their thermal stability at higher temperature.Thermoplastics and PVC materials when exposed to continuous heat, degenerates and emit harmful acidic gases. The instrument is manufactured for testing PVC materials against their thermal stability at higher temperature. The basic principal is that the pH paper changes its color when it comes in contact with halogen gases, released by PVC and its compounds on heating at higher temperatures.

• Voltage: 220V AC
• Type: Tablet Testing
• Model: EF2W
• Display: LCD
• No. Of Drums: One / Two
• Interfaces: RS232
• Number Of Revolutions: 20 to 50 RPM
• I deal in: New and Second Hand

• Type: Tablet Friability Test Apparatus
• Application: Friability Testing
• Color: Brown, Light White, Off White, Silver
• Voltage: 110V, 220V, 380V, 440V
• Condition: New, Used
• Power: 1KV, 2KV, 500W, 750W
• Driven Type: Electric, Hydraulic, Mechanical, Pneumatic
• Warranty: 1yrs, 2yrs
• Material: Mild Steel, Stainless Steel
• Phase: Double Phase, Single Phase, Triple Phase
• Temperature: 0-50°C, 100-200°C, 200-400°C, 50-100°C

• Material: Stainless Steel
• Voltage: 220 V
• Brand: Precious Techno Engineering
• Automation Grade: Automatic
• Power Source: Electric
• Frequency: 50/60 hz
• Speed: 20 to 180 RPM
• Weight: 20 kg
• Motor Power: 20 HP

We are recognized as one of the reputable Manufacturers, Exporters and Suppliers of Fume Hood in Delhi, India. High-grade metal is used in the manufacturing of the Fume Hood ensuring high durability, tensile strength and resistivity to adverse conditions. We stock the Fume Hood in the spacious warehouse to address the bulk requirement of buyers easily. More about Fume Hood : A fume hood or fume cupboard is a type of local ventilation device that is designed to limit exposure to hazardous or toxic fumes, vapors or dusts. In the fume hood air is drawn in from the front (open) side of the cabinet, and either expelled outside the building or made safe through filtration and fed back into the room.   Purposes : To protect the user from inhaling toxic gases (fume hoods, biosafety cabinets, glove boxes); To protect the product or experiment (biosafety cabinets, glove boxes); To protect the environment (recirculation fume hoods, certain biosafety cabinets, and any other type when fitted with appropriate filters in the exhaust airstreams). Features : Highly recommended for exhaust of toxic gases, acidic/alkaline fumes, chemical vapors, removable of odour etc from the hood working area. Very useful for products and personal protection, reducing odour levels in laboratories and protect costly lab equipments. Complete exhaust motor blower assembly generated a negative pressure inside the hood thus facilitating removal of all contaminants from the works area, into the atmosphere.  Main cabinet/body is fabricated out of Mild Steel from outside & S.S 304 grade inside. Work table is made of Mild Steel and is fitted with a small S.S. sink with water tap connections. The front door moves vertically up and down with concealed counter balanced weight. The unit is fitted with fluorescent light and a gas cock for gas/air supply. The front facing panel is fitted with 15/5 Amp socket with switched for exhaust system and fluorescent light. To work on 220 / 230 volts A.C. Supply.

Features : Automated sample discharging Filling of samples into the drum without removing the drum Unique front loading system Supports the friabilator and the abrasion drum 10 deg till of the bench top as per USP Variable speed from 20 to 40 RPM Programmable counter/ timer- validation of RPM and count. 24 x 2 character LCD display Calculation of result like % friability, weight- lost RS-232 interface for weighing scale, supports mettle, Sartorius. Parallel port for complete test report with validation printout. Real time clock

Used to determine the amount of water required to produce a cement paste of standard consistency and the setting time. The time it takes for a cement to stiffen to a standard value after addition of water is commonly known as the set time. The test involves mixing cement with water and then measuring its resistance to penetration of a standard probe at varying intervals of time, until a certain value is reached  

• Features: High in performance, Less maintenance, Light-weight, Perfect size, Easy to use, Simple design

Fume Hoods are designed to ensure good working condition by protecting from toxic fumes. Vapours, dust, chemical spillage, Over run of reaction, Flames. Bio Gene uses very powerful exhaust fan blower to suck the contamination and dispose along with water curtain.

Triaxial Cell, analytical equipment, Turbiscan Tower Dispersion Analyser

Aggregate Impact Testing Apparatus, Rockwell Hardness Testing Machine

Jar Test Apparatus, Rotary Vacuum Evaporator

soil testing equipment & soil testing equipment

autoclave instrument, Laboratory Instruments, Scientific Instruments