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Manufacturer of process equipment, turnkey plants for resins, hydrocarbon, paints etc+ Read More

Nature of Business

Exporter

Total Number of Employees

Upto 10 People

Year of Establishment

1995

Annual Turnover

Rs. 2 - 5 Crore

pH Electronic Paper
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pH Electronic Paper

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Introduced in 1986, the pHep® revolutionized the pH industry by providing non-technical personnel with a simple, inexpensive solution to pH measurement.

HI 98107 is used by millions of users around the world to monitor pH in laboratories and industrial applications as well as in agriculture, fish farming, food manufacturing and quality control, swimming pools and the printing industry.

With an innovative, renewable cloth junction, the pHep® has an extended life over typical pH testers. A normal junction clogs with use over time and a typical tester would normally have to be thrown away once the junction is too contaminated. HI 98107's junction is 2 cm long and when dirty can be pulled out to expose a fresh section. The pHep® effectively renews its life.

Calibration is performed manually at 1 or 2 points with a trimmer located on the side of the tester.

With a battery life of 700 hours of continuous use the pHep® will provide years of testing before the batteries need to be replaced.

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Analog pH Meter
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Analog pH Meter

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HI 8314 is a hand-held pH/mV/°Cmeter designed to be reliable and easy-to-use.

It is the ideal portable instrument for technical and non-technical personnel alike to take accurate measurements in the lab as well as in the field.

Manual calibration is performed at 1 or 2 points by adjusting the trimmers on the front panel. This instrument is ideal for applications that require a custom calibration point.Manual calibration can be extremely useful in order to achieve better accuracy.

The included pH electrode's built-in temperature sensor allows pH readings to be automatically temperature compensated.

In addition, HI 8314 features a low battery indicator that alerts the user when the battery needs to be replaced. This feature eliminates reading errors due to low power or an unexpected shut-down in the field.

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Conductivity Meter For Laboratory Use
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The EC 215 is a bench top multi-range conductivity meter that is ideal for laboratory applications.

This instrument utilizes a 4-ring potentiometric probe with platinum sensors that offers greater versatility over typical amperometric designs. A potentiometric probe works on the principal of induction which eliminates the effects of polarization (a common problem of amperometric systems). Two outer rings apply an alternating voltage and induce a current loop in the solution while 2 inner rings measure the voltage drop induced by the current loop (which is dependent on the conductivity of the solution). By utilizing the 4-ring method, it is possible to measure very low or high conductivity levels (up to 200 mS/cm) without changing probes.

A single point calibration is performed manually by adjusting a knob on the front of the meter.

The temperature coefficient β is user adjustable from 0 to 2.5%/°C.

Temperature compensation of conductivity readings is automatic between 0 and 50°C.

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Dead Weight Tester
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Dead Weight Tester

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Our Dead Weight Tester consists of a proprietary frictionless cylinder-piston (Ram) mechanism and a Rotating Screw for building the required pressure. A convenient Operator handle allows effortless operation and a test connection allows direct mounting of pressure gauges, transmitters, pressure switches, recorders etc. The product layout is designed for hassle-free operation with all components mounted on a sturdy steel base having leveling screws for ensuring integrity of measurements.

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Temperature Calibrator
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Temperature Calibrator

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Dry Blocks Temperature Calibartor

 Fast Cooling
 Accuracy: ± 0.4 °C
 Display: 0.1 °C
 Weight: 5.5 kg
 Stability: 0.2 °C

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Analytical Instruments
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Analytical Instruments

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pH 209 bench-top pH meter is designed for simplicity of use.

The pH 209 features a large easy-to read liquid crystal display (LCD) and user friendly dials.

The pH calibration is manual at 1 or 2 points using dials on the front panel.

This instrument is ideal for applications that require a custom calibration point.

In many applications, a standard calibration curve such as pH 7 or pH 4 is too far from the value of the sample to achieve the highest accuracy. Manual calibration enables the user to adjust the instrument's calibration points closer to the desired range of measurement to achieve maximum accuracy.

This instrument can also measure ISE (ion concentration) or ORP (Oxidation Reduction Potential) in the extended mV range with optional electrodes.

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Unique Technology Laboratory Balances
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Unlike most laboratory balances, which employ magnetic force restoration as a weight sensing technology and unlike most counting scales which use strain gauge load cell technology. Setra Systems, uses a unique sensor of its own design. All Setra Balances & Scales use a high purity Alumina ceramic variable capacitance load cell.

The mechanical portion of the VCLS (Variable Capacitance Load Sensor) is a high purity alumina ceramic. Excessive shock loads are transferred to the housing through a system of fl exures and stops, making the scale very durable.

Two parallel gold plated bars are fused to the sensor’s ceramic beams. This creates a capacitor. The gap between the plates is only a few “mils” (thousands of an inch) thick. This capaci- tor is then connected into an electrical circuit to form an Inductive Capacitance Oscillator. With no load applied the oscillation frequency is approximately 10 megahertz.

As load is applied, the capacitor gap is slightly reduced (or, in some cases, opened) by an amount imperceptible to the naked eye. The capacitance changes with changes in the gap,and the oscillation frequency in the circuit also changes. From no load to full load (equal to scale capacity), the frequency changes by 2-3 megahertz, an amount proportional to the weight on the scale.

The scale’s microprocessor counts the oscillations in the circuit and converts the signal to weight units, making any necessary corrections for environmental factors such as temperature, linearizes the output, digitally fi lters the result to dampen out vibration, and reports the weight to the display and to the RS232 drive. Because the Setra scale’s microprocessor can detect changes of one cycle, the Setra scales’s “internal Resolution” (IR) can be as high as 1 in 2 or 3 million, although other factors sometimes reduce the resolution to 1 in a million or lower.

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WIKA Gauges
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WIKA Gauges

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Bourdon Tube Pressure Gauges Process Industry Series
Model 230.20
 Service intended

All stainless steel pressure gauge. Suitable for corrosive environment and gaseous or liquid media that will not obstruct the pressure system.

 Design
  • IS – 3624
 Nominal Size
  • 160 mm
 Accuracy class per IS - 3624
  • + 1% of FSD
 
 Scale ranges
  • 160 mm : 0 ... 1 to 0 ... 600 kg/cm2
  • or other equivalent units of pressure, vacuum or compound.
 Working pressure
  • Steady : full scale value
  • Fluctuating : 0.9 x full scale value
  • Short time : 1.3 x full scale value
 Operating temperature
  • Ambient : -20 ... +60°C
  • Medium : +100 °C maximum
 
 Temperature error
  • Additional error when temperature of the pressure element deviates from +20 °C
  • Rising Temperature : +0.3%/10 K of true scale value
  • Falling temperature : -0.3%/10 K of true scale value
 Degree of protection
  • 1P54

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