Universal Buchner Funnel, 1000ml - With G3 Porosity Sintered Disc - Plain Stem, 22mm - Borosilicate Glass Deal Alert: 40% Off [jcfd6zo4]

Buchner Funnel for High-Volume Filtration

Introducing the Buchner Funnel, a versatile and durable solution for high-volume filtration needs. This 1000mL Buchner Funnel with a 22mm diameter plain stem is designed for precision and reliability. Crafted with thick, uniform walls, it ensures increased durability and a seamless flow of liquid, making it an ideal choice for both professional laboratories and educational settings.

High-Quality Borosilicate Glass Construction

Experience the superior quality of the Buchner Funnel, made from high-quality Borosilicate 3.3 glass. This material is renowned for its inertness, making it perfect for laboratory applications. The funnel features a sintered disc with G3 porosity, providing excellent filtration capabilities. Key features include:

• Thick, Uniform Walls for increased durability and continuous flow.
• G3 Porosity Sintered Disc for precise filtration.

Measuring 14" in total height, this funnel offers a large inner diameter of 4.85" and an outer diameter of 5.3". The stem is 6" long with an 18mm inner diameter and a 22mm outer diameter, ensuring a secure fit on most standard flasks.

Superior Durability and Versatile Applications

Whether you're a professional scientist, a student, or a DIY enthusiast, the Buchner Funnel is designed to meet your needs. Its superior chemical durability and heat tolerance make it an excellent choice for a wide range of applications, including:

• Professional Laboratories where precise and reliable filtration is essential.
• Science Classrooms where educational experiments require high-quality equipment.
• Household Use for various filtration tasks around the home.

The funnel is autoclavable and boasts low temperature gradient capabilities, making it suitable for withstanding high temperatures and thermal shocks. Eisco Labs proudly manufactures this product to the highest standards, ensuring it can withstand the toughest laboratory environments.