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  Laboratory Equipments

  Molecular Model

  The Molecular sets come with jacks and connectors in suggested numbers to be formed into the molecular structure of Diamond, Graphite and Sodium Chloride. Molecular Model Manufacturer India, Molecular Model Exporters, Educational Molecular Model, Buy Molecular Model, Buy Molecular Model Online India, Didactic, Didactic Educational Model, Educational Model Exporters India, Educational Model Suppliers, Educational Model Manufacturer. These sets are useful for lab demonstrations of molecules.

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  Laboratory Equipments

  Six Jar Floculator

  Six Jar Floculator Test Apparatus 220volt
  · Specially Designed For Use In Water Treatment Plant As Jar Test Apparatus· Provides Identical Test Conditions For All Samples· Stirring Shaft Can Be Removed Without Disturbing Other Stirrers· Illuminator Base Made Of Acrylic Sheet Provides Diffused Cold Light Through Floc. Samples·
  Specifications:-· Speed: Variable From 5 To 150 Rpm’s With Accuracy Of +/- 1 Rpm· Display: Digital 12 Mm Red Led Display For Rpm· Jar: For 1000 Ml X 6 Nos· Paddles: Stirring Paddles Made Of S. S. – 6 Nos· Illumination: Fluorescent Lamps· Dimension: 930mm(l) X 250mm(b) X 480mm(h)work On 220volt

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  Laboratory Equipments

  Digital Flame Photometer

  Narrow Band Interference Filters
  Accurate Na, K, Ca, & Li Determination
  Dual Channel For Simultaneous Observation of Na & K with Single Aspiration
  Mixing Chamber Designed For Stable Flame
  Concentric Non-Corrosive Nebulizer
  Auto Ignition
  Digital Flame Photometer is a simple & easy to operate instrument for determination of Sodium, Potassium, Calcium & Lithium.
  It is an ideal instrument for soil testing labs.
  Digital Clinical Flame Photometer is a dual channel flame photometer used for simultaneous observation of Sodium, Potassium in blood serum (plasma), Urine & other type of biological fluids.

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  Laboratory Equipments

  Franck-Hertz Experiment with Neon

  Franck-Hertz Experiment with NeonThe Franck- Hertz experiment for Neon involves observing how energy is transferred from electrons as a result of inelastic collision while passing through neon gas.The transfer of energy occurs in discrete steps corresponding to the excitement by such collision of distinct energy level transitions in the neon atoms. The excited atoms then emit visible light.In the Franck-Hertz experiment neon atoms are excited by inelastic collision with electrons.
  Franck-Hertz Experiment Manufacturer, Franck-Hertz Experiment Exporters, Physics Equipment Franck-Hertz Experiment, Franck-Hertz Experiment with Neon Suppliers.