Best Drying Lab Tubes of 2026

The SP Bel-Art Polyethylene 6 in. Drying Tubes with Polypropylene Tube Fittings (Pack of 12) (F19961-0000), also known as SP Bel-Art Drying Tubes, are essential tools for any drying lab. These unbreakable polyethylene straight tubes have a 16mm ID by 19mm OD, making them versatile for various applications. Each tube comes with two polypropylene fittings that can accept 6.4 to 9.5mm ID tubing, providing flexibility in connecting different equipment. With the option to fill the tubes with a desiccant of your choice, you can achieve efficient drying and moisture control. Whether you need to dry samples or prevent moisture buildup in your lab setup, SP Bel-Art Drying Tubes offer the convenience and reliability you need.

Introducing the stonylab Glass 75 Degrees Drying Tube, a high-quality and reusable lab supply designed for organic synthesis chemistry experiments. This angled drying tube features an inner 24/40 standard taper joint, allowing for easy connection to other lab equipment. Made from durable borosilicate glass, this drying tube is built to withstand heavy-duty use. The perfect handcraft ensures a precise fit and reliable performance. With StonyLab's commitment to quality and excellent customer service, you can trust that this drying tube will meet your needs. In the event of any damage during shipping, simply contact StonyLab for a quick resolution. Upgrade your laboratory supplies with the stonylab Glass 75 Degrees Drying Tube and experience the convenience and reliability it offers.

The Generic Glass Tube Set offers durable and heat-resistant borosilicate glass tubes designed for various lab uses. Made from high-quality glass, these tubes can handle very high temperatures, up to 520°C, making them perfect for experiments involving steam or heat. You get two straight and two curved tubes, giving you flexible options for air drying, gas collection, or filtration tasks. The smooth edges and consistent thickness make handling safe and ensure good airflow, so you can work confidently in both educational and professional settings.

The Deschem Bent Drying Adapter is crafted from durable G3.3 borosilicate glass, known for its high resistance to heat and chemical corrosion, making it reliable for lab use. It features an annealing point around 560℃, which means it can withstand gradual cooling without cracking, ensuring longevity. The adapter’s low expansion rate (32×10^-7/℃) helps it maintain stability during temperature changes, so you won’t have to worry about breakage. Additionally, its softening point at 820℃ means it can handle high temperatures without deforming, providing you with a sturdy and dependable drying tube for your laboratory work.

The Generic Glass Tube Stems come in a set of three 90mm long straight glass tubes, ideal for solo laboratory and chemistry work. Their length and straight design help you easily set up air drying or experimental processes, making your work smoother. Made from sturdy lab-grade glass, these tubes ensure durability and reliable performance during your experiments. Plus, their universal fit means they can seamlessly connect with most standard lab equipment, giving you flexibility and convenience when setting up your chemistry apparatus. These clear glass tubes also allow you to clearly observe the flow inside, improving accuracy and control.

The KSVMOAG Glass Drying Tubes come in a set of three durable glass tubes made from high-quality borosilicate glass. This material ensures the tubes are tough and resistant to breakage, giving you a reliable tool for your lab needs. Each tube is precisely sized at 4 inches long with a 12mm diameter, making them compatible with most setups. Cleaning is simple and eco-friendly thanks to the included special brushes, so you can keep your tubes spotless without hassle. Plus, the tubes are carefully packed individually to prevent damage during shipping, ensuring they arrive safely for your use.

The Deschem Drying Glass Tube is crafted from durable G3.3 borosilicate glass, known for its strength and resistance to thermal shock, making it ideal for lab use. It can withstand high temperatures up to 560℃ before softening, which means you can use it safely in various heating processes without worrying about damage. The tube’s low expansion rate ensures it remains stable and doesn’t easily crack when heated or cooled, providing you with reliable performance. This makes the Deschem Drying Glass Tube a practical choice for drying applications in your laboratory work.

The Trsobi Glass Drying Tubes are built to handle various lab tasks with ease. These tubes are made from high-quality borosilicate glass, which means they can resist heat and chemical reactions, making them perfect for steam chemistry and air drying. You’ll appreciate their durability since they can withstand temperatures up to 520°C, so they won’t break easily during your experiments. The smooth, precisely cut edges and consistent thickness help ensure safe handling and efficient airflow, which is important for accurate results. Plus, their design supports a range of scientific uses like condensation and filtration, giving you flexibility in your lab work or DIY projects.

The ADAMAS-BETA Glass Drying Tube is designed with a 75-degree bent shape and a 19/22 standard taper joint, making it easy for you to connect securely to your lab equipment. Its bulb holds solid desiccants, which help keep moisture away from your reaction flask by preventing the desiccant from entering the flask itself. Made from high-quality glass, this drying tube offers excellent clarity and resists chemical shocks, ensuring durability during your experiments. It's perfect for drying gases or removing impurities, providing you with reliable performance in your chemical work. Just remember to use solid desiccants only, as liquids like concentrated sulfuric acid are not suitable for this tube.

The Deschem Glass Drying Tube is crafted from high-quality G3.3 borosilicate glass, known for its durability and resistance to thermal shock. This makes it safe for use in various lab environments where temperature changes are common. The tube has an annealing point of 560℃, which means it can withstand high heat without cracking, ensuring longevity and reliability. Its low expansion rate of 32×10⁻⁷ per degree Celsius helps maintain its shape and size during heating or cooling, so you can trust consistent performance. Additionally, with a softening point of 820℃, this tube can handle extreme temperatures, making your lab work safer and more efficient.