Hahnemühle Extraction Thimbles Ø 43x123 mm 100% Borsilicate, Without Binder, Pack of 25

The Hahnemühle Extraction Thimbles Ø 43x123 mm 100% Borsilicate, Without Binder, Pack of 25, are high-quality, durable thimbles made from pure borosilicate glass. These thimbles are ideal for use in extraction processes, offering excellent heat resistance and chemical stability. The absence of binders ensures that no contaminants are introduced during extractions, providing reliable results for laboratory applications.

Key Features:

• Brand: Hahnemühle
• Material: 100% borosilicate glass for superior heat resistance and chemical stability
• Dimensions: Ø 43x123 mm
• Binder-Free: No binder to avoid contamination during extractions
• Application: Ideal for solvent extraction and similar laboratory processes
• Packaging: Pack of 25 extraction thimbles

The Hahnemühle Extraction Thimbles are perfect for laboratories requiring high-performance thimbles that maintain purity and consistency in extraction applications.

Frequently Asked Questions

1. What is the Hahnemühle Extraction Thimbles Ø 43x123 mm 100% Borsilicate, Without Binder, Pack of 25 used for?

It are high-quality, durable thimbles made from pure borosilicate glass. These thimbles are ideal for use in extraction processes, offering excellent heat resistance and chemical stability. The absence of binders ensures that no contaminants are introduced during extractions, providing reliable results for laboratory applications.

2. Is this product suitable for solvent extraction and similar laboratory processes?

Yes. It is designed for solvent extraction and similar laboratory processes, and offers Ø 43x123 mm and no binder to avoid contamination during extractions to support this kind of work.

3. What dimensions and binder-free does this product have?

It has Ø 43x123 mm, no binder to avoid contamination during extractions and made of 100 % pure borosilicate fibres, without binding elements.

4. What is this product made from?

It is made from 100% borosilicate glass for superior heat resistance and chemical stability.