Laboratory Apparatus Drawing and Their Uses Pdf

Total Page:16

File Type:pdf, Size:1020Kb

Laboratory Apparatus Drawing and Their Uses Pdf Laboratory apparatus drawing and their uses pdf Continue Many types of devices are used for scientific work in laboratories. however, we have compiled all possible general and comprehensive lists of 20 laboratory machines and their use. they allow us to successfully conduct experiments and make accurate measurements or observations. all common laboratory machines should be structured in general terms only and in their correct proportions. 50 common Laboratory machine is this: Bunsen burner Tripod Tripod Stand Wire Gauze Bath Tube Test Tube Test Tube Booth Beakers Conical or Titratling Flask Funnel Glass Funnel Rubber Cork Reagent Bottle Washing Bottle Aspirator Glass Tube Ring Clip Porcelain Dish (Evaporating Dish) Crucible Tongs Capacitor Crucible with Cap Measuring cylinders mortar and pestle Forceps Flat bottom flask Paper Measuring Flag No Weights Desiccator Spatula Stirring Rod Separation Funnel pH meter Burette Burette clip Buchner funnel Pipette Test Tube Rack Tube Brush Thermometer Watch Glass Iron Stand Iron Iron Clip Ring Rubber Tube Litmus Paper Clay Triangles Pipet Bulb Now! Below are some elements of a common laboratory used in the lab. The name and function of the device used in the lab: The Bunsen A Bunsen burner is a source of heat or mechanical devices that require absolute safety when using Bunsen Burner. it is associated with the source of flammable gas. The main stick is used to adjust the amount of gas flow and the web collar that drives the airflow. Both the handle and the collar need to be adjusted to get a great flame to heat things up. Tripod Stand It is usually stainless steel or aluminum having three auxiliary legs. The heating device is placed on the stand tripod. It is mainly used to support or hold glasses or flasks during experiments. The Bunsen burner is placed under the tripod stand because of its height. Wire Gauze Is a piece of gauli iron wire placed with asbestos in the center. It is placed on a tripod stand so that the flame does not touch the glass apparatus directly, reducing the risk of its destruction. The test tube is a glass tube with one end closed and the other end open. The closed end is in a round shape. Test tubes are used in laboratories to hit small samples. They are mainly used for qualitative comparison and evaluation. It is very common to see test tubes of biochemistry laboratory. When a large number of samples need to be compared and tested, these test tubes are used to make it easier. They are also easily covered or limited by glass or rubber cork. Safety Tip: Never heat a covered or limited test tube. Glasses are a very common laboratory tool and are widely useful in the laboratory as a reaction container.they are also used to conduct liquid and solid samples or catch fluids from a variety of different or filters from filtering operations. The glass is a simple can in most laboratories. Used for heating, mixing and mixing chemicals. Most glasses have spouts on the wallpaper to easily fill. Use glasses in the lab They also usually have lips around their rim and markings to measure the amount of fluid they contain. They are not part of proper fluid measurement equipment. Glasses are available in a wide range depending on their size, such as 50cm3, 100cm3, 250cm3, or 500cm3 available. Beaker Tongs Titration flasks It is also known as the Conical Flask. Erlenmeyer's flask was named in 1861, after its inventor. It has a thin neck and expands to its base. This allows for easy swirling and mixing flasks without too much possibility of spilling. The narrow hole also allows the use of a glass or rubber cork. It can be conveniently clamped to the ring bench as well as shaken or heated easily. Once again, the rooms on the side are designed mainly for evaluation not for accuracy. Safety Tip: A significant safety tip here is to never heat the flask until it is covered. This leads to an increase in pressure, which leads to an explosion. The funnels are a laboratory funnel just like any other funnel, but it has been specifically designed for use in the lab. They are made of glass or plastic and have either a long stem or a short stem, depending on the purpose they are needed for. There are many sizes that can be selected depending on the amount of fluid that needs to go through them easily and quickly. Funnels of different sizes 3cm, 5cm, 8cm, etc. Evaporation Dish (China Dish) This small dish of porcelain is used for evaporation and concentration of diluted solutions. It is available in different sizes. Graded or measuring cylinders are a necessary measuring tool for the volume of any liquid. There are many markings up and down the entire length of the container with special steps. The scaled cylinders have many sizes. The smaller they are in size or diameter, the more accurate or accurate the volume measurements will be. When considering the volume of graded cylinders, you will assume that the liquid seems to have some indentation. At the edges of the graded cylinders, the liquid will be higher than the liquid in the center. It's known as meniscus. Keep the cylinder on the leveled surface to read the volume correctly. They are also available in various sizes 5cm3, 10cm3, 20cm3, 50cm3, 100cm3 and 1000cm3. The Rod Stirring Rod mixing or glass stirring rod is used to mix and mix various chemicals. It consists of solid glass (borosilicate or) with rounded edges a little thick and longer than a straw of soda water. Stirring rods often 10 to 45 cm long with almost half a centimeter in diameter. It is also available in a triangular paddle, flat paddle, or round button shape. Measurements OR Tomtric flasks Volume Flask is a round flask with a flat bottom and a long neck. The tomtric flask is used to measure the exact volume of liquids. There is a short line around the neck that hints at how far to fill the flask. Special caps are available that won't let anything in or through the flask. They are available in a variety of sizes, i.e. 100cm3, 250cm3, 500cm3 and 1000 cm3. Just remember: the temperature affects the volume; so always avoid using liquids that will change in temperature (e.g. hot water that will cool). Buret Burets are often used to add accurate and accurate volume of liquids. With the help of drills you can measure or determine the volume of liquids to almost 0.01 ml. They are usually attached to the ring stand with a clamp. The drill is also similar to a glass tube, which is opened from above and becomes a narrow sharpened hole at the bottom. Right above the bottom hole; There's a stop. This stop can be turned on to control the amount of fluid released. There are also certain markings along the length of the storm that indicates the volume of any liquid present in them. The drill is especially used for extremely accurate addition of liquids. Slightly adjusting the stop, the amount of liquid released can slow down to one drop every few seconds. Buret is one of the most accurate tools in the lab. To determine the added amount of liquid in the solution, write down the readings of how much is initially present in the drill. Then, when you're done adding liquids, write down how much liquid is left. Now subtract the final amount of liquid from the original amount and you have the exact amount of liquid that is added. Forceps Forcep comes from the Latin word forcipes used to capture and capture small objects in laboratories. They are used when things are picked up in bulk or when thumbs are unable to collect small and tiny things. in addition, force is a very common word in the medical field. In the general world, the forces are called different names like pliers, tweezers, clip, stongs, or clips, etc. basically there are two main types of types: Nondegradable Force and Disposable Pipettes types like a laboratory apparatus There is a great variety of pipettes that are designed to achieve many specific goals. However, they all measure the exact volume of liquids and then place the liquids in other containers. Generally available sizes are 10cm3, 20cm3 and 25cm3. The temperature of the substance is measured by a thermometer. The temperature in the lab is usually measured in units of the Degree Celsius ( . often used for a time a small amount of solid or liquid to make fluid, while weighed and many other targets. Watch glasses are also used for a variety of purposes such as evaporation. It can also work as a cover for the glass to prevent dust from entering the glass. The chemical laboratory uses two types of watch glasses, such as glass glasses and plastic glasses. Both types have different sizes and varieties on the market. The type of glass is better known than the plastic type. basically the type of glass is reused, and the plastic types are disposable, i.e. for disposable use. Pipet Bulb Pipet Bulb is used to wring various liquids into the pipe. Iron stand It is used for hanging (thermometer), clamp/holding (burett, round lower flask, etc.). The ring clip clip is used with a ring stand to hold different types of glassware like a funnel or glass. Washing bottle Currently plastic bottles are used in the laboratory to store distilled water for various operations, such as transporting sediment from the container to the filter paper or washing the precipitation.
Recommended publications
  • EBF Exemption Request – Approval Letter and Annex
    UNITED NATIONS NATIONS UNIES POSTAL ADDRESS - ADRESSE POSTALE: UNITED NATIONS, N.Y. 10017 CABLE ADDRESS - ADRESSE TELEGRAPHIQUE: UNATIONS NEWYORK 29 June 2021 Dear Mr. Linton, On behalf of the Security Council Committee established pursuant to resolution 1718 (2006), I have the honour to refer to the letter dated 16 June 2021 from the Counsel to the Eugene Bell Foundation (EBF), conveying to the Committee an exemption request pursuant to paragraph 25 of resolution 2397 (2017) to engage in humanitarian activities in the DPRK, in particular to authorize the shipment of supplies necessary to maintain and expand EBF’s ongoing diagnosis and treatment program for multi-drug resistant tuberculosis and extensively-drug resistant tuberculosis in the DPRK, in accordance with Implementation Assistance Notice No. 7. I also note the request for a longer timeframe for the exemption, given the continued challenges related to the shipment of goods as a result of the COVID-19 pandemic. I have the further honour to inform you that, following due consideration, the Committee has decided to approve the requested exemption in the abovementioned letter, in accordance with paragraph 25 of Security Council resolution 2397 (2017), as well as an extended timeframe for the exemption on an exceptional basis, to transfer the items and services outlined in the letter within the next twelve months, which is enclosed in this letter as an attachment. The Committee recommends that, to the best extent practicable, the items be consolidated into three shipments or less, with a view to increasing efficiency of shipping and custom clearance. The Committee reiterates that the sanctions measures imposed by the Security Council through its resolutions with respect to the DPRK are not intended to bear a negative impact on the people of the DPRK, and the note verbale it issued to all Member States, as well as its press release SC/13113 of 8 December 2017, offer clarifications as regards humanitarian aid to the DPRK.
    [Show full text]
  • Thomaplast® I
    Reichelt Chemietechnik Gmbh + Co. ThomaPLaST® I Laboratory Plastics Containers Laboratory Instruments Laboratory Stoppers and Caps metering Facilities Stirring and mixing Semi-finished Products Filtration Dialysis membranes Filter housings Filter Disks and Filter Candles Sintered Elements Filter Cloths Reichelt Chemietechnik ’14 Shopping per mouseclick www.rct-online.de Reichelt Chemietechnik GmbH + Co. Englerstraße 18 D-69126 Heidelberg Germany Tel. +49 6221 3125 0 Fax +49 6221 3125 10 email: [email protected] Internet: www.rct-online.de Heiliggeistkirche in Heidelberg Content: Laboratory Plastics page Containers • Bottles, carboys and accessories 3 - 20 made of FEP, HDPE, LDPE, PC, PFA, PP, PS, PTFE, PVC, aluminium bottles: dropping, wash, scintillation, analysis, spray, narrow-neck, wide-mouth bottles: poison, storage, roller, cell culture; carboys, jerrycans accessories: drain cocks, spouts, litre scale, closures, bottle carrier, wall drying rack • Tubes, jars and boxes made of HDPE, LDPE, PC, PE, PFA, PP, PS, TPX 20 - 29 jars: shipment, decomposion, specimen, packaging, storage, weight sample vial, conway diffsion cell, specimen box, transfer reaction vessel with cover, snap-on lid, screw closure • Dishes and crucibles made of PFA, PP, PS, PTFE 29 - 32 dishes: petri, weighing, watch glass, evaporating crystallization; crucibles partially with spout, snap-on lid • Measuring beakers and measuring flasks made of ECTFE, PFA, PC, PMP, PP, PTFE, SAN, TPX 32 - 39 beakers: standard, with handle, scoop, tapered measuring; cylinders, flasks
    [Show full text]
  • Beaker : a Simple Container for Stirring, Mixing and Heating Liquids Commonly Used in Many Laboratories
    Beaker : A simple container for stirring, mixing and heating liquids commonly used in many laboratories. It is generally cylindrical in shape, with a flat bottom. Erlenmeyer flask : The type of laboratory flask which features a flat bottom, a conical body, and a cylindrical neck.(The tapered sides and narrow neck of this flask allow the contents of the flask to be mixed by swirling, without risk of spillage, making them suitable for titrations.) Volumetric flask(measuring flask or graduated flask) : A piece of laboratory glassware, a type of laboratory flask, calibrated to contain a precise volume at a particular temperature. It is used for precise dilutions and preparation of standard solutions. These flasks are usually pear-shaped, with a flat bottom, and made of glass or plastic. The neck of the volumetric flasks is elongated and narrow with an etched ring graduation marking. Graduated cylinder(measuring cylinder or mixing cylinder) : A piece of laboratory equipment used to measure the volume of a liquid. Graduated cylinders are generally more accurate and precise than laboratory flasks and beakers. However, they are less accurate and precise than volumetric glassware, such as a volumetric flask or volumetric pipette. Pasteur Pipette(droppers or eye droppers) : Be used to transfer small quantities of liquids. They are usually glass tubes tapered to a narrow point, and fitted with a rubber bulb at the top. Burette(buret) : A device used in analytical chemistry for the dispensing of variable, measured amounts of a chemical solution. A volumetric burette delivers measured volumes of liquid. Petri dish : It is a shallow cylindrical glass or plastic lidded dish that biologists use to culture cells.
    [Show full text]
  • Thomaplast® I
    Reichelt Chemietechnik Gmbh + Co. ThomaPLaST® I Laboratory Plastics Containers Laboratory Instruments Laboratory Stoppers and Caps metering Facilities Stirring and mixing Semi-finished Products Filtration Dialysis membranes Filter housings Filter Disks and Filter Candles Sintered Elements Filter Cloths Reichelt Chemietechnik ’15 Shopping per mouseclick www.rct-online.de Reichelt Chemietechnik Gmbh + Co. Englerstraße 18 D-69126 Heidelberg Germany Tel. +49 6221 3125 0 Fax +49 6221 3125 10 email: [email protected] Internet: www.rct-online.de Heiliggeistkirche in Heidelberg Content: Laboratory Plastics page Containers • Bottles, carboys and accessories 3 - 13 made of FEP, HDPE, LDPE, PC, PFA, PP, PS, PTFE, PVC bottles: dropping, wash, scintillation, narrow-neck, wide-mouth bottles: storage, cell culture; carboys, jerrycans accessories: litre scale, closures, wall drying rack, tank connection • Tubes, jars and boxes made of HDPE, LDPE, PE, PFA, PP, PS, TPX 13 - 20 jars: shipment, specimen, packaging, storage, weight sample vial, conway diffsion cell, transfer reaction vessel with cover, screw closure • Dishes and crucibles made of PFA, PP, PS, PTFE 20 - 22 dishes: petri, weighing, evaporating, crystallization, crucibles partially with spout • Measuring beakers and measuring flasks made of ECTFE, PFA, PMP, PP, PTFE, SAN, TPX 22 - 27 beakers: standard, with handle, scoop, tapered measuring; cylinders, flasks (Erlenmeyer) partially with closure • Funnels and accessories made of FEP, PP, PTFE, TPX, aluminium 27 - 29 funnels: standard, high-speed,
    [Show full text]
  • Soil Organic Carbon
    Food and Agriculture Organization of the United Nations Standard operating procedure for soil organic carbon Tyurin spectrophotometric method • ••••••• • • GWBAL'soIL PARTNERSHIP Standard operating procedure for soil organic carbon Tyurin spectrophotometric method Food and Agriculture Organization of the United Nations Rome, 2021 Required citation: FAO. 2021. Standard operating procedure for soil organic carbon: Tyurin spectrophotometric method. Rome. The designations employed and the presentation of material in this information product do not imply the expression of any opinion whatsoever on the part of the Food and Agriculture Organization of the United Nations (FAO) concerning the legal or development status of any country, territory, city or area or of its authorities, or concerning the delimitation of its frontiers or boundaries. The mention of specific companies or products of manufacturers, whether or not these have been patented, does not imply that these have been endorsed or recommended by FAO in preference to others of a similar nature that are not mentioned. The views expressed in this information product are those of the author(s) and do not necessarily reflect the views or policies of FAO. © FAO, 2021 Some rights reserved. This work is made available under the Creative Commons Attribution-NonCommercial-ShareAlike 3.0 IGO licence (CC BYNC-SA 3.0 IGO; https://creativecommons.org/licenses/by-nc-sa/3.0/igo/legalcode). Under the terms of this licence, this work may be copied, redistributed and adapted for non-commercial purposes, provided that the work is appropriately cited. In any use of this work, there should be no suggestion that FAO endorses any specific organization, products or services.
    [Show full text]
  • New Laboratory Certification Rules
    The Drinking Water Laboratory Pipeline Policy & Procedures Update A publication of the Ohio EPA/DES/DDAGW Winter 1999 New Laboratory Certification Rules New Lab Certification Rules In this Issue: This issue will focus primarily on the new laboratory rules in the Ohio Administrative Code. ♦ New Lab Cert Rules These rules are slated to take effect on April 1, 1999. This date may change, however. The ♦ Status of PE Program biggest news concerning the new rules is that most of the changes will not impact laboratories ♦ MgCl Prep Tips ♦ 2 or cause changes. Most of the changes have been made so that the rules will actually reflect the Reporting Total Colifrom way things are done on a day-to-day basis. For example, interim authorization has never been ♦ Chemical Monitoring ♦ Fluoride Bulletin a part of the rules, it now is. In this newsletter, only the changes that may affect the manage- ment of laboratories are included. Please refer to the actual rules for details. Applying for Initial Certification (3745-89-03) A QA plan will be required for certain labs. See the article on “QA Plans/SOPs” for more details. QA Plans/SOPs (3745-89-03) As part of the application process, laboratories will be required to submit a quality assurance plan as specified below whenever an application for certification is submitted. The QA plan will be required for the following tests: Primary Inorganic Chemicals (cyanide, nitrate, nitrate-nitrite, nitrite and sulfate); Primary Metals (includes: antimony, arsenic, barium, beryllium, cadmium, chromium, copper, lead, mercury, nickel, selenium and thallium but does NOT include iron and manga- nese for plant control tests).
    [Show full text]
  • Quality Assurance Project Plan University of Rhode Island
    Quality Assurance Project Plan University of Rhode Island Watershed Watch Analytical Laboratory Date: June 2005 Prepared for: U.S. Environmental Protection Agency N.E. Region 1 1 Congress Street, Suite 1100 Boston, Massachusetts 02114-2023 Prepared by: University of Rhode Island Watershed Watch URI Cooperative Extension Water Quality Program College of the Environment and Life Sciences Coastal Institute in Kingston 1 Greenhouse Road Kingston, Rhode Island, 02881 Quality Assurance Project Plan University of Rhode Island Watershed Watch Analytical Laboratory University of Rhode Island Watershed Watch URI Cooperative Extension Water Quality Program College of the Environment and Life Sciences Coastal Institute in Kingston 1 Greenhouse Road Kingston, Rhode Island, 02881 Linda T Green, Program Director Elizabeth M. Herron, Program Coordinator Arthur J. Gold, Program Advisor Marie Evans Esten, QAPP Preparer Loon Environmental, LLC Kingston, Rhode Island 2005 URI WATERSHED WATCH TECHNICAL REPORT NO. 4 Linda Green, M.S., Elizabeth Herron, M.A. and Arthur Gold, Ph.D. are members of the Dept. of Natural Resources Science, College of the Environment and Life Sciences, University of Rhode Island. Contribution #5026 of the RI Agricultural Experiment Station, with support from RI Cooperative Extension, RI Department of Environmental Management, United States Department of Agriculture and local governments. Cooperative Extension in Rhode Island provides equal opportunities without regard to race, age, religion, color, national origin, sex or preference, creed or handicap For additional information or to request a copy: Linda T Green, Program Director 401-874-2905 - [email protected] Elizabeth M. Herron, Program Coordinator 401-874-4552 - [email protected] Natural Resources Science Dept.
    [Show full text]
  • Laboratory Manual for the Microbiological Analyses of Public Drinking Water
    Laboratory Manual for the Microbiological Analyses of Public Drinking Water 2001 Donald E. LaSota Todd W. Bidlack James W. Evans Christopher Jones Ohio EPA Director Bob Taft Governor of Ohio Cover Art: Immunofluorescence image of several Cryptosporidium parvum oocysts provided by H.D.A Lindquist, USEPA T A B L E O F C O N T E N T S Chapter I ............................................................ 1 Certification Overview ............................................ 1 Requirements for Certification ....................................... 2 Laboratory Approval Status ......................................... 2 Proficiency Testing ............................................... 2 Drinking Water Analysis for Other Entities ............................. 5 The Microbiological Water Testing Course ............................. 6 Chapter II ........................................................... 7 Sampling ....................................................... 7 Transportation and Storage .................................... 7 Record of Laboratory Examination .............................. 7 Instructions for submitting the Microbiological SSR ....................... 7 Collection of Samples ............................................ 10 Chapter III .......................................................... 13 Laboratory Facilities ............................................. 13 Laboratory Space .......................................... 13 Laboratory Construction and Remodeling ....................... 13 Laboratory Construction ....................................
    [Show full text]
  • Appendix a Standard Operating Procedures
    Appendix A Standard Operating Procedures Date: August 2008 List of Standard Operating Procedures (SOP’s) Revision: 4 Author: Marie Esten University of Rhode Island Watershed Watch Description SOP Number General Laboratory Safety 001 University Safety and Waste Handling Document 001a Laboratory Water 002 General Labware Cleaning Procedure 003 General Autoclave Operation 004 Bottle Autoclaving Procedure 005 Waste Autoclaving Procedure 006 Ambient Waters Microbiological Procedure 007 ISDS Microbiological Procedure 008 Total Suspended Solids Analysis 009 Alkalinity and pH Procedures 010 Biochemical Oxygen Demand Procedure 011 Chlorophyll-A Analysis, Welschmeyer Method 012 Chloride Analysis 013 Ammonia Analysis 014 Orthophosphate and Nitrate + Nitrite Analysis 015 Total Phosphorus and Nitrogen Analysis 016 Salinity Analysis 017 Enterococci Analysis Using Enterolert IDEXX Method 018 Analytical Balance Calibration 019 Heterotrophic Plate Count 020 Standard Operating Procedure List S:\WW\awwword\LABPROC\all QAPPs\LABQAPPs\QAPP Rev5 -0609\SOPs\SOP-List.doc Standard Operating Procedure 001 Date: 11/04 General Laboratory Safety Revision: 1 Author: Linda Green University of Rhode Island Watershed Watch 1.0 PURPOSE AND DESCRIPTION LAB SAFETY IS EVERYBODY’S JOB! Please be sure to familiarize yourself with these general procedures, as well as the specific handling requirements included in the Standard Operating Procedure (SOP) for each analysis/process. Further general information regarding University of Rhode Island standards for health and safety are found in SOP 001a – University Safety and Waste Handling Document. 2.0 HEALTH AND SAFETY 2.1 Emergency Numbers: EMERGENCIES: 874-2121 UNCONTAINED SPILLS: 874- 2618 GENERAL HEALTH AND SAFETY INFORMATION URI SAFETY AND RISK: 874-2618 2.2 General Health and Safety Information 1.
    [Show full text]
  • Strongyloides Stercoralis: a Model for Translational Research on Parasitic Nematode Biology* James B
    Strongyloides stercoralis: a model for translational research on parasitic nematode biology* James B. Lok§, Department of Pathobiology, University of Pennsylvania School of Veterinary Medicine, Philadelphia, PA 19104 USA Table of Contents 1. Introduction ............................................................................................................................2 2. Laboratory hosts for S. stercoralis ...............................................................................................2 2.1. Dogs ...........................................................................................................................2 2.2. Gerbils ........................................................................................................................3 3. Biosafety ................................................................................................................................4 3.1. Strongyloides stercoralis is a parasite and potential pathogen of humans .................................. 4 3.2. Animal husbandry precautions: incubation time of infectious larvae and proper waste disposal .... 4 3.3. Laboratory precautions and decontamination of implements .................................................. 4 4. In vitro cultivation of free-living stages ........................................................................................ 4 4.1. Introduction ................................................................................................................. 4 4.2. Protocol 1. Charcoal
    [Show full text]
  • P.D. Scientific Glass Works
    +91-8048836699 P.D. Scientific Glass Works https://www.indiamart.com/pdscientificglassworks/ We “P.D. Scientific Glass Works” are a prominent firm that is engaged in manufacturing a wide range of Glass Flask, Glass Tube, etc. About Us Established in the year 2014, we “P.D. Scientific Glass Works” are a prominent firm that is engaged in manufacturing a wide range of Glass Flask, Glass Tube, etc. Located in Ambala (Haryana, India), we are Sole Proprietorship firm and manufacture the offered products as per the set industry norms. Our valued clients can avail these products from us at reasonable rates. Under the headship of “Mr. Pawan Kumar” (Proprietor), we have gained a remarkable and strong position in the market. For more information, please visit https://www.indiamart.com/pdscientificglassworks/profile.html GLASS TUBE O u r P r o d u c t R a n g e Glass Test Tube Glass Test Tubes 10ml Test Tube Glass Hydrometer Test Tube GLASS FLASK O u r P r o d u c t R a n g e Conical Glass Flask Bod Glass Flask Conical Flask Laboratory Flask GLASS BOTTLE O u r P r o d u c t R a n g e Laboratory Reagent Bottle Reagent Bottle Laboratory Chromatography BOD Bottles Spray Bottle LABORATORY FUNNEL O u r P r o d u c t R a n g e Laboratory Funnel Thistle Funnel Laboratory Dropping Funnel Dropping Funnel O u r OTHER PRODUCTS: P r o d u c t R a n g e Glass Culture Tube Iodine Flask Glass BOD Bottle Laboratory Three Neck Adaptor O u r OTHER PRODUCTS: P r o d u c t R a n g e Laboratory Reduction Adaptor Vacuum Desiccator Laboratory Vacuum Liebig Condenser Glassware
    [Show full text]
  • Gupta Scientific & Glass Works
    +91-7971373355 Gupta Scientific & Glass Works https://www.indiamart.com/gupta-scientific-glass-works/ We “Gupta Scientific & Glass Works” are a dependable and famous Manufacturer of a broad range of Laboratory Burette, Laboratory Condenser, Laboratory Apparatus, etc. About Us Founded in the year 2006, we “Gupta Scientific & Glass Works” are a dependable and famous Manufacturer of a broad range of Laboratory Burette, Laboratory Condenser, Laboratory Apparatus, etc. We are a Proprietor company, which is located in Ambala Cantt (Haryana, India). We provide these products in diverse specifications to attain the complete satisfaction of the clients. Further, our strong logistic support makes sure that these products are delivered within the promised time-frame. Under the supervision of “Mr. Yogesh Gupta” (Owner), we have gained huge clientele in our country. For more information, please visit https://www.indiamart.com/gupta-scientific-glass-works/profile.html LABORATORY GLASS FLASK O u r P r o d u c t R a n g e Standard Joint Round Bottom Two Neck Round Bottom Flask Flask Laboratory Conical Flask Screw Cap Glass Conical Flask LABORATORY BOTTLES O u r P r o d u c t R a n g e Drinking Glass Borosilicate Culture Borosilicate Glass Bottle Glass Stopper Reagent Bottle Woulff Glass Bottle LABORATORY FUNNEL O u r P r o d u c t R a n g e Laboratory Glass Funnel PTFE Stopcock Laboratory Pressure Equalizing Funnel Separating Funnel PTFE Stopcock Separating Funnel LABORATORY CONDENSER O u r P r o d u c t R a n g e Glass Air Condenser Glass Coil Condenser
    [Show full text]