The Deutsch & Neumann Silicone Rubber Stoppers are designed to securely seal laboratory apparatus, preventing contamination and maintaining the integrity of experiments. Measuring 60 mm in base diameter, 70 mm in top diameter, and 50 mm in height, these translucent silicone stoppers offer a tight and reliable seal. They conform to DIN 12871 standards, ensuring compatibility with various laboratory applications. Resistant to temperatures from −60°C to +220°C, with short-term resistance up to +250°C, these stoppers are biologically inert, making them ideal for diverse laboratory environments.
Ensure the integrity of your experiments with these durable and precise silicone rubber stoppers, engineered to meet the demands of rigorous laboratory environments.
It are designed to securely seal laboratory apparatus, preventing contamination and maintaining the integrity of experiments. Measuring 60 mm in base diameter, 70 mm in top diameter, and 50 mm in height, these translucent silicone stoppers offer a tight and reliable seal. They conform to DIN 12871 standards, ensuring compatibility with various laboratory applications. Resistant to temperatures from −60°C to +220°C, with short-term resistance up to +250°C, these stoppers are biologically inert, making them ideal for diverse laboratory environments.
Yes. It is designed for sealing laboratory glassware and apparatus, and offers a base diameter of 60 mm and a top diameter of 70 mm to support this kind of work.
It has a base diameter of 60 mm, a top diameter of 70 mm and a height of 50 mm, and is supplied under manufacturer part number 1010560.
It is made from translucent silicone. It also offers from −60°C to +220°C, with short-term resistance up to +250°C and conforms to DIN 12871 standards.
For sealing laboratory glassware and apparatus, the Deutsch & Neumann model is the better choice, offering a base diameter of 60 mm, a top diameter of 70 mm and a height of 50 mm. The Gerber model offers a size of 30 mm top diameter, 17.5 mm bottom diameter, 22 mm height as an alternative, while the Deutsch & Neumann model's from −60°C to +220°C, with short-term resistance up to +250°C and conforms to DIN 12871 standards help make it a strong fit for sealing laboratory glassware and apparatus.
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