Centrifuge Tube

Get ready to explore the world of centrifuge tubes as we delve into this comprehensive roundup article. Join us in discovering the top-rated centrifuge tubes on the market, perfect for your scientific experiments or lab needs. Let’s journey together and uncover the best products for your requirements.

The Top 6 Best Centrifuge Tube

1. Versatile 500-Piece Centrifuge Tubes for Laboratory Use — 500 Durable 1.5ml Micro Test Tubes for Seamless Laboratory Use, featuring Autoclave-Safe PP Material & Snap Cap Convenience.
2. Versatile Graduated Microcentrifuge Tubes for Laboratories — Experience exceptional durability and resistance with the MUHWA 1000pcs Graduated Microcentrifuge Tubes, designed for easy lab operations in a wide range of industries.
3. High Quality 2ml Polypropylene Centrifuge Tubes for Sample Storage — Introducing the Sheeppe Centrifuge Tubes 200 Pack, a high-quality 2ml Polypropylene clear graduated micro test tube with snap cap, ideal for sample storage and microcentrifugation in various research fields.
4. High-Performance Non-Toxic 50 ml Conical Centrifuge Tubes with Screw Cap and Graduations — Experience secure storage and precise high-speed centrifugation with the SPL 50ml Conical Centrifuge Tubes, featuring non-toxic and non-pyrogenic design, ideal for laboratory use.
5. High-Strength Non-Toxic 15 ml Conical Centrifuge Tubes, RCF 13,000 x g, Pack of 500 — Screw-cap conical centrifuge tubes with tight sealing, external gradations, and maximum RCF 13,000 x g; ideal for lab storage and high-speed centrifugation, offering non-pyrogenic, non-cytotoxic, DNase/RNase-free tubes for human DNA-free samples.
6. Versatile High-Quality Centrifuge Tubes for Laboratory Use — Experience versatility and reliability with the Ukcoco Centrifuge Tubes, featuring heat-resistant glass and hard plastic caps for enhanced durability and a range of capacities for various applications.

As an Amazon™ Associate, we earn from qualifying purchases.

Reviews

🔗Versatile 500-Piece Centrifuge Tubes for Laboratory Use

These little miracles, or rather, the 500 pieces plastic centrifuge tube with a snap cap, have been my daily companions in the lab for quite some time now. They’re perfect for those times when you need a quick, easy-to-use and reliable tool to handle small samples. Their build, made from PP material that can be autoclaved, is a game-changer.

What I really appreciate is the snap cap for its ease of operation and tight sealing. No more fumbling around trying to close the cap! It’s all in the snap. The marked areas on both the body and the cap are a helpful touch too, making them easy to measure and mark for your experiments.

However, they aren’t perfect. The snap cap sometimes doesn’t close as securely as you’d like, especially after a few cycles in the centrifuge. This could be a minor inconvenience, but it’s worth mentioning as a downside. Despite that, these centrifuge tubes are widely used in various laboratories for their practicality and affordability.

These centrifuge tubes certainly make a difference in the lab, and with their clear, conical shape, they’ve become a staple accessory in my experiments.

🔗Versatile Graduated Microcentrifuge Tubes for Laboratories

I recently stumbled upon these MUHWA 1000pcs Polypropylene Graduated Microcentrifuge Tubes in my quest for the perfect lab essential. Not only are they made of durable polypropylene, but they also come with snap caps for secure sealing and easy operation. The fact that they can withstand autoclaving at 121°C for 25 minutes is a game-changer for laboratory enthusiasts like myself.

One feature that really stood out was the hinged safe lock lid. This helps prevent any accidental popping open of the lids during incubation or storage, ensuring that my precious samples stay safe and secure. The large frosted lid and surface on the side make labeling a breeze, allowing me to keep track of all my tubes with ease.

These versatile centrifuge tubes have become an indispensable part of my laboratory kit, as they are widely used in various fields, from biology and chemistry to clinical medical laboratories. The availability of two different package options, 1000pcs of 0.5ml graduated microcentrifuge tubes with snap caps, is a testament to their popularity and usefulness.

While these centrifuge tubes have served me well, there are a few minor drawbacks. Firstly, the snap caps might not be the most user-friendly option for some users. Additionally, the tubes themselves can be quite bulky, which may not be ideal for those with limited lab space or portability needs.

Overall, the MUHWA 1000pcs Polypropylene Graduated Microcentrifuge Tubes have proven to be a reliable and versatile addition to my lab setup. Their durable design, convenient features, and widespread use in various laboratory settings make them a valuable purchase for anyone in the field.

🔗High Quality 2ml Polypropylene Centrifuge Tubes for Sample Storage

Ever since I started using these Sheeppe centrifuge tubes in my lab, I’ve had nothing but positive experiences. The micro tubes are a perfect size, with a diameter of about 10 mm and a height of around 40 mm, giving them a capacity of roughly 2 ml. The high-quality polypropylene material proves adaptable to micro centrifuges and makes them reliable for storing precious samples.

One of the key features of these tubes is the snap cap, which keeps samples from leaking during centrifugation. This makes them not only practical but also safe to use in the lab. They’re also graduated and clear, making it easy for me to take accurate measurements and ensure that the samples inside are protected from any contamination. So far, I’ve found these centrifuge tubes indispensable for my work in molecular biology, clinical chemistry, and Bio-chemistry research.

However, it took some time to get used to the slightly smaller diameter compared to traditional 8.5mm tubes. It might also be worth mentioning that despite the snap cap, I have experienced a few minor leaks during storage. I’ve learned to double-check and ensure that the caps are securely attached, which seemed to minimize the issue. Overall, I believe these Sheeppe centrifuge tubes are a solid choice for anyone in need of reliable sample storage containers.

🔗High-Performance Non-Toxic 50 ml Conical Centrifuge Tubes with Screw Cap and Graduations

I recently started using these SPL 50ml Conical Centrifuge Tubes in my lab, and I must say, they have made my work a lot more convenient. The tight sealing screw cap is a game-changer, ensuring that the samples stay intact and safe throughout the centrifugation process.

One of the features that stood out to me is the external graduations with a marking area. It helps me keep track of the sample volume and avoid overfilling or underfilling, which can cause unwanted results. The RCF 14,000 x g also impressed me, providing a high enough centrifugal force for accurate and efficient separation of the samples.

Unfortunately, there are a couple of drawbacks. The external dimensions, specifically the height, are quite large, which can make storage a bit tricky in my lab. Additionally, I have noticed that these tubes need a little more force to seal tightly compared to other brands I have used.

Overall, these SPL Conical Tubes are a reliable and sturdy choice for any lab needing non-pyrogenic, non-cytotoxic, and DNase/RNase-free tubes. If you can overlook the slightly larger size and the need for a bit more pressure to seal, these tubes will serve you well.

🔗High-Strength Non-Toxic 15 ml Conical Centrifuge Tubes, RCF 13,000 x g, Pack of 500

I’ve been using the SPL 15 ml Conical Centrifuge Tube for all my lab work, and it’s been a godsend. The tight-sealing screw cap ensures that my samples stay safe, and the external graduations with marking area let me know exactly how much liquid I have.

With an RCF of 13,000 x g, I can trust that my centrifugation will be spot-on. Plus, I like knowing that these tubes are non-pyrogenic, non-cytotoxic, DNase/RNase-free, and Human DNA-free. It’s like they were made just for me! .

🔗Versatile High-Quality Centrifuge Tubes for Laboratory Use

As a chemistry enthusiast, I recently gave the Ukcoco 8 Pcs Centrifuge Tubes a go in my lab. The set features a beautiful range of transparent test tubes available in 10ml, 15ml, 20ml, and 30ml. My favorite part of the set is their versatility; they work perfectly for all sorts of laboratory analysis and even storing and measuring various liquids.

The centrifuge tubes are crafted from high-quality borosilicate glass, making them heat resistant and durable. I was impressed with the sturdy hard plastic caps which I found to ensure a longer service life. The graduated design of the tubes allows for precise volume measurement, and their sleek appearance is definitely a plus.

However, while using these tubes, I discovered that they might not be suitable for extremely high-temperature applications. Nevertheless, they serve perfectly for most chemical procedures and analyses.

The set includes eight centrifuge tubes spread across the four capacity options. The package is neatly presented, and it’s truly a joy to handle the tubes in my lab. In conclusion, if you’re seeking a reliable yet aesthetically pleasing set of laboratory centrifuge tubes, the Ukcoco 8 Pcs Centrifuge Tube set is a great choice.

Buyer’s Guide

When it comes to the world of laboratories and scientific experiments, centrifuge tubes play a crucial role. These tubes facilitate the separation of particles or the retrieval of samples from various mixtures, thanks to their unique design and functionality. However, with a multitude of centrifuge tubes available on the market, choosing the right one can be a daunting task. To help you make an informed decision, this buyer’s guide section provides an overview of the important features, considerations, and general advice for selecting the best centrifuge tube for your needs.

Materials

The material of the centrifuge tube is paramount to its durability, strength, and applicability in different experiments. Some of the commonly used materials include plastic, glass, and polypropylene. Consider the following aspects when evaluating the material of your centrifuge tube of choice:

1. Durability: Glass is the most durable material but it can shatter and is not practical for all applications. Plastic and polypropylene tubes are safer and more versatile but they may require specific cleaning methods. 2. Chemical resistance: The tube should be resistant to the chemicals it will come into contact with during the experiment. 3. Temperature range: The material should be able to withstand the temperatures used in your experiment, such as heat or extreme cold.

Capacity and Shape

The capacity and shape of centrifuge tubes vary to accommodate different types of samples and laboratory equipment. Capacities can range from microfuge tubes that hold a few microliters to standard tubes that can hold upto 50 mL. The shape and design of the tube also play a role in separating the particles or samples, with most commonly observed shapes being round-bottom or conical tubes.

Compatibility

It’s essential to ensure that the centrifuge tube you choose is compatible with your centrifuge machine, including its rotors and adapters. The tube’s dimensions, such as its outer diameter and height, and its material, should match the specifications of your centrifuge. Failure to choose the correct tube size for your rotor can lead to issues like overcrowding, improper distribution of samples, or damage to the centrifuge machine.

Additional Features

Lastly, consider any extra features that might make your centrifuge tube experience more convenient. For instance, some tubes come sealed with security tabs, thus reducing the risk of sample contamination during transportation. Other tubes have non-absorbent labels for better visibility and identification during the experiment. Always consider these additional features when making a purchase.

FAQ

What are centrifuge tubes used for?

Centrifuge tubes are designed to be used with centrifuges. They are cylindrical containers made of plastic, glass, or other materials that are strong enough to withstand the high speeds and forces generated during the centrifugation process. These tubes hold samples, such as blood or urine, which are manipulated to separate different components or particles, like cells from liquids.

Centrifuge tubes are an essential component in various laboratory procedures, such as DNA or protein extraction, serum or plasma isolation, and cell purification. They are commonly used in medical, biological, and chemical applications where precision and accuracy are crucial for the desired outcome.

What should I look for when purchasing centrifuge tubes?

When selecting centrifuge tubes, consider the following factors based on the specific application and the materials you require:

1. Material: Glass or plastic tubes are the most common options. Glass provides high durability and is suitable for heat sterilization, while plastic tubes are lightweight, more resistant to breakage, and suitable for high-speed centrifugation.
2. Size and Capacity: Depending on your specific requirements, choose the appropriate size of centrifuge tubes to accommodate the sample volume required. Some common sizes are 1.5 ml, 2 ml, 4 ml, 5 ml, 10 ml, 15 ml, and 25 ml. 3) Type of closure: Centrifuge tubes can have slip-cap, snap-cap, or crimp-cap closures. Consider the type of closure that suits your application best and ensures a secure seal. 4) Certification: Look for certifications or quality standards, such as ISO or CE, which confirm the high quality and safety of the tubes.

What are the differences between polystyrene and polypropylene centrifuge tubes?

Polystyrene and polypropylene are two commonly used materials for making centrifuge tubes. Here are the key differences between them:

1. Durability: Polypropylene tubes are more resistant to wear and tear and can withstand high-speed centrifugation, while polystyrene tubes are more fragile and have a lower resistance.
2. Thickness: Polypropylene tubes are thicker and can be more difficult to handle, while polystyrene tubes have thinner walls making them easier to work with, especially when dealing with smaller volumes or more delicate samples. 3) Sterilization: Polypropylene tubes can be more challenging to sterilize due to their thickness and resistance to heat, whereas polystyrene tubes are suitable for heat sterilization, and can be sterilized more easily.

How do I prevent cross-contamination when using centrifuge tubes?

To prevent cross-contamination when using centrifuge tubes, follow these guidelines:

1. Labeling: Clearly label each tube, including the sample type and any information relevant to the sample processing. Use the same label for the same tube content to ensure consistency and accuracy. 2) Cleanliness: Minimize the chance of contamination by maintaining a clean environment. Wipe down the table and equipment surfaces before and after use, and always use gloves when handling samples.
2. Sterilization: Properly sterilize centrifuge tubes and other equipment before use. You can use heat sterilization using an autoclave, chemical or disinfectant sterilization, or even a decontamination cycle on certain centrifuges. 4) Personal protective equipment (PPE): Wear gloves, a lab coat, and a face mask or shield throughout the entire handling process to minimize the risk of contamination.

Are there any safety precautions I should follow when using centrifuge tubes?

Yes, there are some safety precautions you should follow when using centrifuge tubes:

1. Wear appropriate personal protective equipment (PPE), including gloves, a lab coat, and a face mask or shield, to minimize any potential exposure to contaminants or chemical agents. 2) Always follow the manufacturer’s instructions for the centrifuge tubes and the equipment you are using.
2. Avoid using reused or damaged tubes, as these could lead to contamination and compromise the results. Never reuse centrifuge tubes or store them in a manner that could facilitate contamination from other samples or tubes. 4) Centrifuge at a low angle to prevent spillage and leakage, especially when using large tubes or samples with high volumes. 5) Be cautious when handling centrifuge tubes containing highly infectious samples, using appropriate handling and disposal protocols to minimize risks to yourself and others.

What are the different types of centrifuge tube closures and how do they work?

There are three main types of closures for centrifuge tubes: snap-cap, crimp-cap, and slip-cap closures. They function differently based on the structure and friction they provide to ensure a stable seal during centrifugation. 1) Snap-cap closure: Snap-cap closures have locking mechanisms that securely fasten to the tube’s neck when twisted or pushed. The snap-action design offers excellent seal integrity and resistance to leakage, making it ideal for handling small samples in high-speed centrifugation applications.

1. Crimp-cap closure: Crimp-cap closure requires a crimping tool to pinch or twist the cap onto the tube’s neck. The crimp provides an advanced sealing mechanism, preventing leakage and ensuring the tightest seal possible. This type of closure is suitable for handling both liquid and solid samples, and can support heavy-duty centrifugation procedures.

As an Amazon™ Associate, we earn from qualifying purchases.