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Riviera Micropipette
- MICROPIPETTES, Fixed Volume, Single Channel, Fully Autoclavable, with Individual Work Certificate, RIVIERA + Does not require recalibration after Autoclaving.Fully Autoclavable since material of construction of body is high grade engineering plastics.Colour coded for easy identification.
- Calibration Conforming to DIN 12650 & EN-ISO-8655 standards ensuring high accuracy & precision.
- Calibration report with every pipette.
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Plastic Micro-Pipette Tips
MICROPIPETTES, Fixed Volume, Single Channel, Fully Autoclavable, with Individual Work Certificate, RIVIERA + Does not require recalibration after Autoclaving.Fully Autoclavable since material of construction of body is high grade engineering plastics.Colour coded for easy identification. Calibration conforming to DIN 12650 & EN-ISO 8655 standards ensuring high accuracy & precision. Calibration report with every pipette.
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Wensar Weighing Balance
The Wensar TAB1T Analytical Balance is a professional-grade scale delivering ultra-precise measurement (220 g × 0.1 mg) through electromagnetic force compensation and a responsive touch-screen interface. With advanced functionalities including percentage weighing, density determination, and counting modes—alongside internal calibration, RS232 connectivity, rechargeable battery, and a draft-shielded weighing pan—this balance supports a broad range of laboratory applications with accuracy, reliability, and ease of use.
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Wensar Standard Weight Class F1
The Wensar Standard Weight – F1 Class offers OIML R111-certified accuracy for high-precision balance calibration. Constructed from mirror-polished 304 SS with < 0.05 magnetic susceptibility and a durable knob design, these weights (1 mg to 20 kg) deliver reliable performance. Available individually or in kits, each unit can be supplied with a NABL-accredited calibration certificate, ensuring traceability and compliance for top-loading, analytical, and precision scales.
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Leak Test Apparatus HLT02
The HLT02 Semi Automatic Leak Test Apparatus offers an enhanced level of automation while retaining operator control. This model is designed for increased efficiency in leak detection for tablet blisters/Food Packages and similar packaging materials. Operators can adjust vacuum, test, and penetration time parameters, which can be stored in a database for consistent testing across different batches.
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LMTB200 Turbidity Meter
Turbidity meter LMTB200 with a Total Suspended Solids measurement mode, 2 to 7 points calibration, selectable 4 turbidity units, the meter is suitable for laboratory use
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Duran Laboratory Bottles GL 45, Clear & Amber
- Complies with the standards in ISO 4796-1:2016 – Laboratory glassware – Bottles – Part 1: Screw-neck bottles
- Manufactured from DURAN® borosilicate glass 3.3; a neutral glass classified as Glass Type I according to USP <660>, EP (3.2.1), and JP <7.01>
- Meets ASTM E438, Type I, Class A requirements
- Standardized GL-thread and matching cap system for tight sealing and clean pouring
- Retrace Code and certificate for manufacturing lot traceability
- Fired-on, highly durable white print
- Suitable for long-term storage
- Easy-to-read scale with graduation marks to estimate the content
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Conductivity Cell cc1,cc,2,cc3
- Conductivity sensor measures the ability of a solution to conduct an electrical current
- Presence of ions in a solution allows the solution to be conductive
- Higher ion concentration results in higher conductivity
- The same electrode can also be used to measure Resistivity, TDS, and Salinity of aqueous solutions (if supported by the meter)
- Conductivity sensor selection should match the measuring range of the solution for accurate results
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LMWB04
Water bath adopts new design structure, which could avoid the leakage of steam. There are pointer type temperature controller and intellectual type temperature controller for selecting. The intellectual temperature controller has high lightness digital display and key operating button, which is easy to operate. It has high precision on controlling the temperature
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PH meter digital table model
TOSHCON-TOSHNIWAL Digital series CL46+ Deluxe pH/Redox benchtop meter is eco- friendly, designed to measure pH and ORP with stable high input impedance amplifier to achieve high accuracy & quick response.
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PH Electrode Model CAFD-LI
Non Aqueous, Glass body Electrode Non-Aqueous pH Electrode, a versatile refillable, PH electrode ideal for measuring the pH of Non aqueous solutions like Oil Emulsions / Organic Solutions. Liquids can serve as solvents to dissolve solutes (i.e., solid, liquid or gaseous) to form solutions. The most common solvent is water. Solvents other than water are called non-aqueous solvents. Some examples of non-aqueous solvents are hexane, alcohol, oil, etc. It is a refillable, Single/double-junction, glass-body, combination pH electrode. The connector is BNC, compatible with any pH meter that has BNC input. The applications include testing of non-aqueous solvents, viscous solutions, and samples containing non-aqueous solvent (e.g., cosmetics, paints, etc.)
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Micro PH Electrode Model CAM
Suitable for accurate pH measurement in NMR cells Micro pH electrode is refillable with special thin glass tube sizes, suitable for small & very small volume liquid measurements.Microelectrodes are bio potential electrodes with an ultrafine tapered tip that can be inserted into individual biological cells. The volume of sample must be enough to cover the glass membrane and liquid junction of the pH electrode during measurement. Micro pH electrodes are constructed with thick glass membrane, that is highly resistant to impact and chemicals.
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Semi-MicroPH Electrode Model CASM
CASM (Glass Body, KCl filled) Semi-Micro pH electrode is refillable with special thin glass tube sizes, suitable for very small volume liquid measurements. Semi-Micro glass body pH electrodes provide superior chemical resistance and can withstand high temperature extremes. Semi-micro electrodes are durable and provide reliable and accurate measurements of routine samples.
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PH Electrode Industrial CAS
Plastic Body, (Gel filled) The pH soil electrode measures the pH value, one of the most relevant information for soil properties and performance. The pH soil electrode is a glass body, refillable, single/double junction pH electrode. The conical shaped tip design allows for penetration into solids, semi solids and emulsions. This is ideal for the direct measurement of pH in soils and soil slurries.
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ORP Electrode Model MQ17
Glass Body (Refillable KCl filled) TOSHCON-TOSHNIWAL produces high quality Laboratory sensors for redox potential measurement for varied applications for Swimming Pools/ Drinking water, Water disinfection and many others. Invariably the membrane Glass is called as the sensing tip of pH Sensor, but in Redox Sensors instead of membrane glass the sensing tip is Platinum or Gold. The shapes & costs vary but the measurement technique remains the same. The other part of the reference Sensor still remains similar in both pH & Redox and is produced with different Junctions and Electrolytes, depending on the application.
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Glass Body Conductivity Cell Model TCC1
Glass Body These Glass-body, Conductivity electrode/cell is designed to conductivity testing application for laboratory and field use. Suitable for tap water and quality control check in water purification plant. Each type of conductivity cell has two models with k=0.1 cm-1 and k=1.0 cm-1 cell constants. When selecting a conductivity cell, check the expected conductivity of the sample and then look at the cell constants of conductivity cells. Choose a conductivity cell that covers the expected sample conductivity. The higher the conductivity value of sample, the higher the cell constant required. A conductivity cell with k=1.0 cm-1 cell constant is the most commonly used because it measures low to high conductivity.
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Glass Body Conductivity Cell Model TCC01
Glass Body These Glass-body, Conductivity electrode/cell is designed to conductivity testing application for laboratory and field use. Suitable for tap water and quality control check in water purification plant. Each type of conductivity cell has two models with k=0.1 cm-1 and k=1.0 cm-1 cell constants. When selecting a conductivity cell, check the expected conductivity of the sample and then look at the cell constants of conductivity cells. Choose a conductivity cell that covers the expected sample conductivity. The higher the conductivity value of sample, the higher the cell constant required. A conductivity cell with k=1.0 cm-1 cell constant is the most commonly used because it measures low to high conductivity.
