The LLG Porcelain Crucible 2/50 is designed for high-temperature applications in laboratories. With a 45 mL capacity and a 50 mm diameter, this medium-form crucible is ideal for precise heating, drying, and calcination of samples. The glazed surface ensures easy cleaning and provides resistance to corrosive substances. Made from high-quality porcelain, this crucible is durable and can withstand the rigors of laboratory procedures. It is perfect for use in chemistry, material science, and other scientific disciplines that require reliable and high-performance equipment.
Note: Please order lids separately.
This LLG Porcelain Crucible is the perfect choice for laboratories requiring a durable and efficient solution for high-temperature sample processing.
It is designed for high-temperature applications in laboratories. With a 45 mL capacity and a 50 mm diameter, this medium-form crucible is ideal for precise heating, drying, and calcination of samples. The glazed surface ensures easy cleaning and provides resistance to corrosive substances. Made from high-quality porcelain, this crucible is durable and can withstand the rigors of laboratory procedures. It is perfect for use in chemistry, material science, and other scientific disciplines that require reliable and high-performance equipment.
Yes. It is designed for heating, drying, and calcination in laboratory environments, and offers a capacity of 45 mL and a diameter of 50 mm to support this kind of work.
It has a capacity of 45 mL and a diameter of 50 mm, and is supplied under manufacturer part number 9250913.
It is made from high-quality porcelain for durability and heat resistance. It also offers medium form, glazed for easy cleaning and chemical resistance.
For heating, drying, and calcination in laboratory environments, the LLG model is the better choice, offering a capacity of 45 mL and a diameter of 50 mm. The Haldenwanger model offers dimensions of 82mm Ø, Medium form as an alternative, while the LLG model's medium form, glazed for easy cleaning and chemical resistance help make it a strong fit for heating, drying, and calcination in laboratory environments.
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