Essential Chemistry Laboratory Consumables List 

Table of Contents

Keeping your chemistry lab stocked with all the necessary chemistry laboratory consumables can be a hectic task. No wonder the frustration when you need filter paper or phenolphthalein, only to find that your stock is exhausted. Don’t worry, this list has you covered. We have included every possible consumable you might need to run your chemistry lab smoothly—no matter if it’s a school or a college chemistry lab. 

Types of Chemistry Lab Consumables

Chemistry lab consumables can be roughly divided into equipment and chemicals. Equipment includes various types such as glassware, plasticware, metalware, and miscellaneous items. Chemicals consist of metals, acids, bases, salts, and indicators.

Let’s look at each category in detail. 

Glassware Chemistry Laboratory Consumables

Glassware is very common in chemistry labs.

It is not disposable and must be handled with care.

Disadvantages

Over time, glassware becomes prone to cracks and chips.

Students or lab users might accidentally drop it.

Due to damage or breakage, glassware needs to be replenished regularly in chemistry labs.

Advantages

Suitable for high-temperature operations like distillation because high-quality borosilicate glass resists heat.

Can withstand corrosive chemicals such as acids.

Chemically inert, so it does not react with the reactants.

Transparent, making it ideal for observing changes like color shifts in pH-sensitive reactions.

Especially useful in reactions where visual observation is essential, such as when using glass test tubes.
Advantages and Disadvantages of glassware chemistry lab consumables

The following list covers all essential glassware chemistry lab consumables:

  1. Conical Flask (Erlenmeyer Flask)
    A flask with a conical body, flat bottom and narrow neck, ideal for mixing liquids without spillage and suitable for titrations.
  2. Glass Funnel
    A conical glass tool used to channel liquids or fine-grained substances into containers with small openings, preventing spills.
  3. Glass Graduated Pipette
    A slender tube with graduated markings, designed to measure and transfer precise volumes of liquids.
  4. Glass Rod
    A solid, cylindrical rod used for stirring solutions to ensure even mixing of components.
  5. Glass Bottle
    Since glass is inert, liquid chemicals can be stored in glass bottles for long periods of time. 
  6. Volumetric Flask
    A flask with a flat bottom and a long neck, calibrated to contain a precise volume at a particular temperature, used for accurate dilutions and preparation of standard solutions.
  7. Glass Beaker
    A simple cylindrical container with a flat bottom used to mix, heat, and stir liquids in chemistry laboratories.
  8. Büchner Funnel
    A funnel with a flat, perforated plate, used for filtration. Attached to a vacuum to separate solids from liquids efficiently.
  9. Measuring Cylinder (Graduated Cylinder)
    A tall, narrow cylinder with volume markings, designed to measure the volume of liquids accurately.
  10. Measuring Flask
    Similar to a volumetric flask, it is used for precise measurement and preparation of liquid solutions.
  11. Round Bottom Flask
    A spherical-bottomed flask used for uniform heating and boiling of liquids, commonly employed in distillation setups.
  12. Watch Glass
    A circular, slightly concave piece of glass used to evaporate liquids, hold solids while being weighed, or as a cover for a beaker.
  1. China Dish
    A shallow, flat-bottomed porcelain dish used for evaporating liquids to leave behind solid residues.

Plasticware Chemistry Laboratory Consumables

Plasticware Chemistry Laboratory Consumables advantages and disadvantages:
Advantages of Plasticware

Easier to handle and lighter than glass.

Easier to transport, store, and use.

Does not break or chip when dropped.

Lasts longer due to better impact resistance.

Poses less risk of injury, as it does not produce sharp edges or glass shards.

Cheaper than glassware.

Can be replaced frequently.

Often disposable, which helps prevent cross-contamination between chemicals.

Suitable for mixing, adding, or transferring chemicals at room temperature (if the chemicals are not corrosive).

Disadvantages of Plasticware

Cannot be heated like glass; it will melt.

Cannot be used over a Bunsen burner flame.

Not suitable for pouring very hot liquids.

Not appropriate for high-temperature reactions.

Not ideal for handling corrosive chemicals.
Plasticware Chemistry Lab Consumables- Advantages and Disadvantages

Most items listed under glassware chemistry lab consumables are also available in plastic variants. Depending on their degree of resistance, different types of plasticware are available for use in chemistry labs. Some are chemically resistant and can withstand moderately high temperatures, depending on the type of polymer. Most laboratory plasticware is made from polypropylene (PP) or polyethylene (PE).

Here are some commonly used plasticware chemistry laboratory consumables:

  1. Laboratory Bottles: Used to store non-corrosive chemicals at room temperature.
  2. Spatula: Used to measure and transfer powdered chemicals during experiments.
  3. Carboy: A large plastic container used to store double-distilled or deionized water for chemistry experiments.
  4. Test Tube Holder: Used to hold washed test tubes. These holders can be placed inside closed bases or wall-mounted cabinets. During experiments, they help manage multiple test tubes by providing stable support.

Metalware Chemistry Laboratory Consumables

Metalware Chemistry Lab Consumables: Advantages and Disadvantages
Advantages of Stainless Steel

Resists chemical damage.

Can safely handle hot fluids.

Has high temperature resistance.

Suitable for use with corrosive substances like acids and bases.

Durable and long-lasting.

Easy to clean.

Environmentally friendly.

Disadvantages of Stainless Steel

Not usually exposed directly to flames.

Some metals in stainless steel may react with specific chemicals, so compatibility must be checked carefully.
Metalware Chemistry Lab Consumables: Advantages and Disadvantages

Stainless steel is commonly used in lab equipment because it resists chemical damage. Although it is not usually exposed directly to flames, it can safely handle hot fluids. It has high temperature resistance and can be used with corrosive substances like acids and bases. Stainless steel equipment is durable, long-lasting, easy to clean, and environmentally friendly.

However, you must carefully check whether a specific chemical can be safely used with stainless steel, as some metals may react with certain chemicals. When in doubt, refer to this compatibility chart:

Here are some common stainless steel chemistry laboratory consumables:

  1. Magnetic Stirrer: Placed inside liquids to stir them magnetically, helping to dissolve solids or mix solutions evenly.
  2. Tongs: Used to safely handle hot beakers or other containers during or after heating.
  3. Wire Gauze: Placed over tripod stands to support glass beakers or other vessels during heating.

Chemicals and Reagents

To perform standard reactions in an educational chemistry laboratory in school or college, you will need the following chemistry laboratory chemical consumables:

  1. Acetic Acid
  2. Acetone
  3. Aluminum (Foil and Shot)
  4. Aluminum Ammonium Sulfate
  5. Aluminum Sulfate
  6. Ammonium Carbonate
  7. Ammonium Chloride
  8. Ammonium Hydroxide
  9. Borax
  10. Calcium Carbonate
  11. Calcium Chloride
  12. Calcium Chloride – Granular Form
  13. Calcium Hydroxide
  14. Calcium Oxide
  15. Calcium Oxychloride
  16. Calcium Sulfate
  17. Citric Acid
  18. Cobalt Chloride
  19. Copper Carbonate
  20. Copper Sulfate
  21. Corn Starch, Powder Form
  22. Cupric Chloride
  23. Dextrose 
  24. Ethanol
  25. Ethanol 200 Proof
  26. Ferric Ammonium Sulfate
  27. Ferrous Sulfate
  28. Gum Arabic
  29. Hydrochloric Acid
  30. Hydrogen Peroxide
  31. IKI – Iodine and Potassium Iodide Solution
  32. III – Iron Chloride Solution
  33. Iron Nails
  34. Isopropyl Alcohol (IPA) 70% or 99%
  35. Iodine Potassium Iodide Solution
  36. Magnesium – Ribbon Form
  37. Magnesium Chloride
  38. Magnesium Sulfate
  39. Methanol
  40. 1% Phenolphthalein in Ethanol
  41. Phenolphthalein
  42. Phosphoric Acid
  43. Potassium Chloride
  44. Potassium Ferrocyanide
  45. Potassium Hydroxide
  46. Potassium Iodide
  47. Potassium Permanganate
  48. Potassium Sulfate
  49. Powdered Charcoal
  50. Powdered Iron
  51. Silver Nitrate
  52. Sodium Acetate or Trihydrate
  53. Sodium Bicarbonate
  54. Sodium Bisulfate
  55. Sodium Borate or Decahydrate
  56. Sodium Carbonate or Anhydrous
  57. Sodium Chloride
  58. Sodium Ferrocyanide
  59. Sodium Hydroxide
  60. Sodium Silicate
  61. Sodium Thiosulfate
  62. Starch Solution (1%)
  63. Strontium Chloride
  64. Sucrose (Table Sugar)
  65. Sulfur
  66. Sulfuric Acid
  67. Tannic Acid
  68. Tartaric Acid
  69. Water – HPLC Grade
  70. Zinc
  71. Zinc Sulfate

Miscellaneous Consumables

Chemistry Laboratory Safety Equipment

  1. Laboratory Safety Chart
    Displays safety rules and emergency procedures for the lab.
  2. Lab Coats
    Protects clothing and skin from chemical spills and splashes.
  3. Safety Goggles
    Protects eyes from chemical splashes, vapors, and particles.
  4. Gloves
    Protects hands from harmful chemicals.

Additional Chemistry Laboratory Consumables

  1. Lab Brushes

Used to clean test tubes, flasks, and other lab glassware.

2. Filter Paper

Used to separate solids from liquids during filtration.

3. pH Paper

Measures the acidity or basicity of a solution.

4. Test Tube Stand

Holds test tubes upright during experiments or drying.

5. Bunsen Burner

Provides a flame for heating substances in the lab under direct heat.

  1. Mortar and Pestle

Used to grind and crush solid chemicals into powders.

  1. Silica Crucible

Heats substances at high temperatures under direct heat without breaking.

  1. Tripod Stand

Supports glassware above a flame during heating.

Frequently Asked Questions (FAQs)

1. What are consumables in a laboratory?

Consumables in a laboratory are items that are used up or discarded after a single use or a short period. These include materials like gloves, filter papers, test tubes, pipette tips, syringes, and reagents. They support daily lab activities and need regular replenishment.

2. What are 20 laboratory equipment and their uses?

Here is a list of 20 common laboratory equipment items along with their primary uses:​

  1. Beaker: A cylindrical container with a flat bottom used for mixing, heating, and holding liquids.​
  2. Erlenmeyer Flask (Conical Flask): A flask with a narrow neck and wide base, used for mixing and heating liquids without spilling.​
  3. Test Tube: A small glass tube used to hold, mix, or heat small quantities of liquid or solid chemicals.​
  4. Graduated Cylinder: A tall, narrow cylinder with volume markings, used for accurately measuring liquid volumes.​
  5. Pipette: A tool used to transport a measured volume of liquid.​
  6. Burette: A graduated glass tube with a tap at one end, used for delivering known volumes of a liquid, especially in titrations.​
  7. Bunsen Burner: A small adjustable gas burner used for heating substances in the lab.​
  8. Microscope: An instrument used to view very small objects by magnifying them.
  9. Balance (Scale): A device used to measure the mass of materials.​
  10. Centrifuge: A machine that spins samples at high speeds to separate components based on density.

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