There’s nothing worse than starting a science experiment and realizing that the supplies have been irreparably damaged by chemicals or water. All lab chemicals have their proper storage, use and disposal requirements, but it’s a different story once they’re out of the packaging. Even if they’re carefully stored, even if they’re handled correctly, even if they’re disposed of properly, chemicals can stain, damage and destroy other materials.
To help you select the best science lab detergents for your needs, we’ve rounded up the top options for you to consider.
Read on for the best science lab detergents.
Our Editor’s Best Science Lab Detergents Reviews
- GENTLE: Most cleaners today use technologies that were developed almost 100 years ago. In fact, many common deep-cleaning formulas still rely on harmful, petroleum-based chemicals. Dirty Labs is different. Consciously formulated with nontoxic, biobased ingredients, our formulas are safe for sensitive skin and all clothing types. Dirty Labs is cruelty-free, vegan, hypoallergenic, and safe for babies and pets.
- EFFECTIVE: For us, dirty-free cleaning is not just about clean ingredients. We formulate to get the job done, and we put our products through rigorous testing to ensure they’re strong enough for those who like to get really dirty. Phytolase, our advanced enzyme cleaning technology targets stains and odors at their source while being extra gentle for you, your clothes, and the planet. But don't just take our word for it see what our customers are saying.
- ENVIRONMENTALLY FRIENDLY: At Dirty Labs - Less is More. By creating hyper-concentrated formulas, we greatly reduce our package sizes (and thus, our carbon footprint). Our bottles are made of aluminum and can be infinitely recycled. Our ingredients are responsibly sourced and created through biorenewable manufacturing processes. We examine every aspect of our product life cycles in order to achieve the safest, most sustainable solutions.
- DIRECTIONS: Follow your garment care label and washing machine instructions. Measure with teaspoon or Dirty Labs silicone beaker (available separately, or with all 32 load bottles). For tough stains, pretreat directly to soil area and allow to sit for 5 minutes before washing. Our detergent is hyper-concentrated use as follows: 8ml for medium loads, 12ml for large loads, 16 ml for x-large loads.
- SPECS: 21.6 fl oz = 80 loads. Free & Clear (Scent Free). Compatible with traditional and HE washers. Optimized for cold water. Certified EPA Safer Choice Partner. 97% USDA Biobased certified. No sulfates, dyes, parabens, preservatives, chlorine bleach, or CA Prop.65 Chemicals. Visit our store for more ingredients information.
- Concentrated, anionic detergent for manual and ultrasonic cleaning
- Free rinsing to give you reliable results without interfering residues
- Ideal for cleaning contaminants from glassware, metals, plastics, ceramic, porcelain, rubber and fiberglass
- Excellent replacement for corrosive acids and hazardous solvents
- USDA authorized; Dilute 1:100. pH 9.5
- Science lab detergents
- Package Dimensions: 35.6 H x 24.1 L x 27.9 L (centimeters)
- Package Weight: 13.154 kilograms
- Country of Origin : United States
- Ultrapure Sodium Dodecyl Sulfate for Laboratory Research – Sodium dodecyl sulfate (SDS) is an anionic surfactant widely used in protein electrophoresis (SDS-PAGE), nucleic acid purification, and cell lysis applications. This high-purity reagent (≥ 98.0%) ensures consistency in molecular biology and biochemical workflows.
- Essential for Protein & DNA Research – SDS is a key component in SDS-PAGE for protein separation, as well as cell membrane disruption in nucleic acid extractions and viral inactivation.
- Controlled Impurity & Absorbance Levels – Contains ≤ 5 ppm lead and ≤ 1 ppm phosphate. Absorbance at 260 nm (≤ 0.4) and 280 nm (≤ 0.1) ensures minimal interference in UV-sensitive applications.
- RNase- & DNase-Free for Molecular Biology & Biochemical Research – Each batch is rigorously tested to confirm the absence of RNase and DNase, ensuring suitability for nucleic acid isolation and protein solubilization.
- Used in Biochemical & Molecular Biology Protocols – SDS is commonly used for protein denaturation, membrane solubilization, and bacterial cell lysis in lab workflows.
- 50+ REAL SCIENCE EXPERIMENTS - We want kids to practice authentic science in the comfort of their homes! Our Test Tube Chemistry Lab experiments are perfect for 8, 9, 10, 11 and 12-year-olds.
- LEARN HOW CHEMISTRY HELPS THE ENVIRONMENT - Discover how scientists use green chemistry to measure chemical gasses in the air, create eco-friendly chemicals, generate electricity and more!
- HANDS-ON LEARNING - Children learn best by using their hands! They will create a test tube lava lamp, solid Copper metal, climbing water, dyed wool, invisible gas and much more.
- KID-FRIENDLY, FULL-COLOR INSTRUCTION BOOKLETS - Science should be fun and easy to understand. That’s why each step in the activities comes with an illustration to show exactly what needs to be done!
- SO MUCH VALUE - Included are 24 components that come in resealable containers. Some household items are also required, such as dishwashing liquid, ice cubes and table salt.
- DNA extraction kit for study of history of DNA discovery and DNA structure
- Develops student understanding of genetic inheritance, role of DNA and proteins in genetic expression, and how to use biological detergents, enzymes, and ethanol to isolate DNA from plant material
- Materials for 15 groups of students for hands-on learning
- Teacher’s manual and student study guide copymasters for instructional use
- Suitable for age 13 and older with adult supervision
- Kit for studying consequences of cultural-nutrient overloading on aquatic environments, and identifying less environmentally impactful options for consumer chemical products
- Activities for demonstrating and monitoring effects of two detergent builders on natural water samples for comparison
- Phosphate and non-phosphate detergent builders samples for visually quantifying differences between aquatic organisms
- Materials for 15 groups of students for hands-on learning
- Kit Includes: 1 x 50ml Phosphate builder (10% Sodium phosphate) solution 2 x 25ml Non-phosphate builder (15% sodium silicate) solution 1 x 50ml Control (deionized) water 45 Plastic cups 1 box Microscope slides 1 box Coverslips
- Country of Origin : United States
- Part Number: 5701
- Set of 6 individual - 3.75 inch - square -neoprene coasters
- Fabric top- safe to spot clean with mild detergent
- Non-slip recycled rubber back protects helps furniture
- Ships in drawstring gift bag for storage
- Printed in USA in our Neurons Not Included studio
- 16 INCHES WIDE x 90 INCHES LONG - Highly unique. Versatile. FUN.
- MACHINE WASHABLE - Cold cycle. Easy to clean. Durable enough for both indoor and outdoor use.
- MADE FROM - HIGH QUALITY FABRIC 100% Polyester Turkish Made Dock Fabric with hand-sewn finished edges
- CREATES - A wonderful and luxurious setting for your family and friends to enjoy together.
- MACHINE WASHABLE - DRYER SAFE
Best Science Lab Detergents Buying Guide
Before choosing the best science lab detergent you should consider following options:
1. Types of Detergents: Before you choose a detergent, it’s important to consider the type of detergent you want. There are several different types, including powder and liquid.
Liquid detergents are often marketed as being gentler on the environment and being easier to handle and measure.
However, there are some concerns about the impact of liquid detergents on sensitive lab equipment.
Powder detergents can be easier to measure and less expensive, but they can also be corrosive to some lab equipment.
2. Strength of the Detergent: The strength of the detergent is another important factor to consider. Some detergents are designed for general cleaning, while others are specifically designed for glassware or for removing organic matter.
A detergent that is too strong can damage delicate materials, so you want to make sure you choose the right strength.
3. Cost: Cost is another important factor to consider when choosing a detergent. Detergents often cost between $1 and $4 per pound, depending on the type and strength.
While that may not seem like a lot of money, when you’re buying large quantities, it can add up quickly.
4. Ease of Use: When it comes to choosing a detergent, ease of use is important to consider. Some detergents are easier to use than others.
When considering ease of use, look at the ease of mixing, measuring, and pouring. You also want to consider whether the detergent will dissolve easily.
Some detergents are difficult to dissolve and can cause breakage in the lab. If you are using a powder detergent, you also want to make sure it dissolves completely.
If the powder doesn’t dissolve completely, the chemicals can be left behind on the glassware, which can cause problems when conducting experiments.
5. Environmental Impact: When choosing a detergent, it’s also important to consider the environmental impact of the detergent.
Some detergents are safer for the environment than others. You also want to consider any toxic chemicals that may be present in the detergent.
If the detergent contains chemicals that are corrosive or toxic, you want to make sure you are using proper safety precautions to prevent contact.
6. Safety Precautions: Last, but not least, you want to make sure you are following all safety precautions when using any type of detergent.
This is especially important when using powder detergents, as they are often corrosive. You also want to make sure you are wearing proper safety gear when handling any type of detergent.
There are many types of safety gear you can purchase from your local lab supply company, including gloves and eye protection.
What else you should know about science lab detergents
1. What are some of the most popular science lab detergents?
Some of the most popular science lab detergents are soap, shampoo, and conditioner.
2. What are the benefits of using science lab detergents?
Science lab detergents are designed to remove a variety of tough stains, including blood, grass, and grease. They are also effective at removing dirt, dust, and other contaminants.
3. What are some of the drawbacks of using science lab detergents?
Science lab detergents can be expensive and difficult to find. They can also be dangerous if used improperly.
4. How do science lab detergents compare to other types of detergents?
Science lab detergents are designed to be more effective at removing dirt, grease, and other types of stains. They may also be more expensive than other types of detergents.
5. How do I choose the right science lab detergent for my needs?
There is a wide range of science lab detergents available on the market, so it is important to choose the right one for your needs. Consider the type of surfaces you need to clean, the type of stains you need to remove, and the level of protection you need. Additionally, check the labels of the products to ensure they are compatible with your lab equipment.
Conclusion
On the market, there are numerous best science lab detergents. Hopefully, the list of the top ten best science lab detergents will save you time researching and deciding on the best one for you.