Name: Deutsch & Neumann Rubber Cones Guko 29/16 mm
Brand: Deutsch & Neumann
SKU: 9.052 417
Price: 1.63 GBP
Availability: InStock

Product overview

The Deutsch & Neumann Rubber Cones Guko 29/16 mm are made from durable natural rubber (NR) and are designed for a wide range of industrial and laboratory uses. These conical spacers fit filter funnels or crucibles into suction flasks and provide excellent sealing performance.

Key Features:

Brand: Deutsch & Neumann
Size: 29/16 mm
Material: Natural rubber (NR)
Durometer: 40 Shore A
Application: Ideal for industrial and laboratory use, especially in filtration systems

Ensure secure and reliable filtration with the Rubber Cones Guko 29/16 mm by Deutsch & Neumann.

Frequently Asked Questions

1. What is the Deutsch & Neumann Rubber Cones Guko 29/16 mm used for?

It are made from durable natural rubber (NR) and are designed for a wide range of industrial and laboratory uses. These conical spacers fit filter funnels or crucibles into suction flasks and provide excellent sealing performance.

2. Is the Deutsch & Neumann Rubber Cones Guko 29/16 mm suitable for industrial and laboratory use, especially in filtration systems?

Yes. It is designed for industrial and laboratory use, especially in filtration systems, and offers a size of 29/16 mm and a durometer of 40 Shore A to support this kind of work.

3. What size and durometer does the Deutsch & Neumann Rubber Cones Guko 29/16 mm have?

It has a size of 29/16 mm and a durometer of 40 Shore A, and is supplied under manufacturer part number 2010021.

4. What is the Deutsch & Neumann Rubber Cones Guko 29/16 mm made from?

It is made from natural rubber (NR).

5. How does the Deutsch & Neumann Rubber Cones Guko 29/16 mm compare with the Bürkle Filtration Stands, PP, for Four Funnels from Bürkle?

For applications where material of Natural rubber (NR) is required, the Deutsch & Neumann Rubber Cones Guko 29/16 mm is a strong choice. The Bürkle Filtration Stands, PP, for Four Funnels offers material of Durable PP (Polypropylene) for long-lasting performance, making it a suitable alternative when that specification better matches the application.