These days, the classroom is outfitted with more technology than ever before. Whether a class consists of students taking notes on laptops or watching a video on a tablet, it’s important to maintain a clean learning space. From the moment a young student turns on a computer to write their name on the screen with their finger to the moment a student closes their laptop and packs up at the end of the day, there’s a lot of potential for germs to pass from hands and fingertips to the screen.
To help you select the best science lab disinfectants for your classroom, we’ve done our homework and vetted a list of the best options for various budgets and needs.
Read on to find the best science lab disinfectants for your classroom.
Our Editor’s Best Science Lab Disinfectants Reviews
- 32 oz Spray bottle
- Alcohol free
- Effective cleaner/disinfectant
- For use hard nonporous, non-critical surfaces
- Can be used on exam tables
- For surfaces, hand rails, counters, metal and stainless
- Made in the USA. Perfect to refill Protex spray bottles
- Gentle to sensitive equipment
- Useful in disinfecting medical equipment and other hard nonporous, non-surgical surfaces
- Also for use on items such as vinyl exam tables, athletic mats, exercise equipment, counter tops, toilets and more
- 1 liter bottle of acetic acid
- Chemical for general purpose lab and educational use
- Used as disinfectant or a solvent in some chemical reactions
- Perfect for use in any chemistry lab or classroom
- Instructions for safe storage printed on the bottle - MSDS available upon request
- Virex II 256 provides powerful broad spectrum disinfection at 1:256 dilution, killing pathogens including HIV-1, VRE, MRSA, and Rotavirus
- Deep cleaning citrus scented Floor Science Neutral Floor Cleaner requires no rinsing, leaves no residue, and concentrates to 129 gallons
- Virex II 256 meets bloodborne pathogen standards for decontaminating blood and body fluids and helps eliminate odors
- Floor Science Neutral Floor Cleaner delivers labor savings with no dulling of floor finishes from everyday cleaning
- The Virex II 256 quaternary formula combines effective one-step cleaning and disinfection for hospitals, schools, hotels, and more
- Laboratory Grade 500mL bottle of isopropyl alcohol - 99.97% Isopropanol
- Chemical for general purpose lab and educational use. Cap may be red or black, depending on availability
- Each bottle has safe handling and storage procedures printed directly on the bottle
- Used as a solvent or antiseptic
- This chemical is designed for lab or educational use only - not for food, drug, or home use.
- IDEAL FOR CONTROLLED ENVIRONMENTS || Removes DNA, DNase, and RNase. Perfect for preparing labware, instruments, and work surfaces for PCR or cleanroom use.
- RESIDUE-FREE || Will not degrade samples or interfere with enzymatic reactions after use.
- WORKS FOR ALL SURFACES || Non-abrasive and non-corrosive formula is safe for use on glass, plastic, stainless steel, and benchtops.
- NONTOXIC || Solution is non-carcinogenic, phosphate-free, and biodegradable.
- EASY TO USE || Just spray ready-to-use formula onto surface and rinse; no diluting necessary.
- 1L bottle of Gram's iodine solution
- Chemical for general purpose lab and educational use
- Perfect for use in any biology lab or classroom
- Used as a mordant when performing a Gram stain
- Includes directions for safe storage printed directly on the package
- EFFECTIVE IN WATER TREATMENT: Widely recognized for its effectiveness in water treatments, our Sodium Hypochlorite 12.5% Solution’s powerful properties ensure a clean and hygienic swimming environment for you and your family.
- MULTI-PURPOSE CLEANING SOLUTION: Ideal for algae removal, odor elimination, and use in power washing of surfaces like concrete, pools, and driveways.
- SAFE HANDLING: Packaged with utmost care to ensure proper handling and adherence to safety regulations.
- Please note that the packaging of our products may vary from what is displayed. While we strive to provide accurate product images and descriptions, variations in packaging design may occur due to supplier updates, batch differences, or other factors. Rest assured, the contents of the product remain consistent and meet the same high-quality standards.
Best Science Lab Disinfectants Buying Guide
Before choosing the best science lab disinfectants you should consider following options:
1. Aqueous Disinfectants: These disinfectants are effective in killing vegetative bacteria and yeast.
Some examples include sodium hypochlorite and calcium hypochlorite.
2. Liquids: These disinfectants are effective in killing bacteria, fungi, and viruses. Some examples include benzalkonium chloride and phenolics.
3. Disinfectants in Powdered Form: These disinfectants are used to sanitize porous surfaces. Some examples include iodophors, phenolic compounds, and chlorhexidine gluconate.
4. Disinfectants for Nonporous Surfaces: These disinfectants are effective in killing vegetative bacteria.
Some examples include quaternary ammonium compounds, alcohols, and bleach.
5. Antiseptics: These disinfectants are effective in reducing the number of microbes in the environment.
Some examples include povidone-iodine, iodine, and alcohol.
6. Hydrogen Peroxide: This disinfectant is used to bleach and deodorize porous surfaces.
Some examples include hydrogen peroxide, bleach, and phenolics.
7. Algicides: These disinfectants are used to kill algae. Some examples include copper and silver.
8. Disinfectants for Viral Kill: These disinfectants are used to kill viruses. Some examples include alcohol, iodine, and hydrogen peroxide.
9. Disinfectants for Fungicidal Kill: These disinfectants are used to kill fungi. Some examples include iodine and hydrogen peroxide.
10. Disinfectants for Bactericidal Kill: These disinfectants are used to kill bacteria. Some examples include bleach, iodine, and alcohol.
11. Disinfectants for Gram-Positive Kill: These disinfectants are used to kill Gram-positive bacteria. Some examples include iodine and alcohol.
12. Disinfectants for Gram-Negative Kill: These disinfectants are used to kill Gram-negative bacteria. Some examples include bleach and iodine.
13. Disinfectants for Virucidal Kill: These disinfectants are used to kill viruses. Some examples include alcohol and iodine.
14. Disinfectants for Mycobactericidal Kill: These disinfectants are used to kill mycobacteria.
Some examples include povidone-iodine and iodine.
15. Disinfectants for Fungicidic Action: These disinfectants are used to eliminate the spores of fungi. Some examples include iodine and alcohol.
16. Disinfectants for Algicidal Action: These disinfectants are used to kill algae. Some examples include copper and silver.
17. Disinfectants for Bacteriostatic Action: These disinfectants are used to inhibit the growth of bacteria.
Some examples include iodine and alcohol.
18. Disinfectants for Virucidal and Fungicidal Action: These disinfectants are used to kill viruses and fungi. Some examples include alcohol and iodine.
19. Disinfectants for Biocidal Action: These disinfectants are used to kill bacteria, viruses, and fungi. Some examples include alcohol, iodine, and hydrogen peroxide.
20. Disinfectants for Eliminating Odor: These disinfectants eliminate the foul odor and the inimical odor that comes from microorganisms. Some examples include hydrogen peroxide and bleach.
21. Disinfectants for Antiseptics: These disinfectants are effective in reducing the number of
What else you should know about science lab disinfectants
1. What is the most effective science lab disinfectant?
There is no one “most effective” science lab disinfectant. The best disinfectant for a given situation will depend on the type of microorganisms present, the type of surface to be disinfected, and the level of disinfection required.
2. What are the pros and cons of using science lab disinfectants?
Some pros of using science lab disinfectants are that they can help to ensure a sterile environment and can kill a variety of microorganisms. Some cons of using science lab disinfectants are that they may be toxic if used in large amounts, and they can cause irritation if they come into contact with the skin or eyes.
3. How often should science lab disinfectants be used?
Science lab disinfectants should be used as often as needed to keep surfaces clean and free of contaminants.
4. What are the side effects of using science lab disinfectants?
The side effects of using science lab disinfectants depends on the specific product. Some common side effects may include skin irritation, redness, and burning.
5. Are there any natural science lab disinfectants?
There are many natural science lab disinfectants. Some of the most common are vinegar, hydrogen peroxide, and alcohol.
Conclusion
On the market, there are numerous best science lab disinfectants. Hopefully, the list of the top ten best science lab disinfectants will save you time researching and deciding on the best one for you.