DWK Duran KPG Stirrer Shafts, Movable Blade, Length 410 mm

The DWK Duran KPG Stirrer Shafts, Movable Blade, Length 410 mm, are engineered for precision mixing in laboratory applications. Constructed from durable Duran borosilicate glass with a PTFE movable blade, these stirrer shafts offer exceptional chemical resistance and long-lasting performance. The movable blade design allows for easy adjustment to suit a range of mixing requirements, providing reliable and efficient results in various laboratory settings.

Key Features:

• Brand: DWK Duran
• Material: Duran borosilicate glass with PTFE blade
• Length: 410 mm
• Design: Movable blade for adjustable stirring efficiency
• Application: Ideal for laboratory mixing, chemical processes, and fluid handling
• Compatibility: Compatible with standard laboratory stirrers and motors

DWK Duran ’s Duran KPG stirrer shafts with movable blades are essential tools for achieving precise, adjustable stirring in demanding lab environments.

Frequently Asked Questions

1. What is the DWK Duran KPG Stirrer Shafts, Movable Blade, Length 410 mm used for?

It are engineered for precision mixing in laboratory applications. Constructed from durable Duran borosilicate glass with a PTFE movable blade, these stirrer shafts offer exceptional chemical resistance and long-lasting performance. The movable blade design allows for easy adjustment to suit a range of mixing requirements, providing reliable and efficient results in various laboratory settings.

2. Is this product suitable for laboratory mixing, chemical processes, and fluid handling?

Yes. It is designed for laboratory mixing, chemical processes, and fluid handling, and offers a length of 410 mm to support this kind of work.

3. What length does this product have?

It has a length of 410 mm.

4. What is this product made from and what features does it include?

It is made from duran borosilicate glass with PTFE blade. It is compatible with standard laboratory stirrers and motors. It also offers movable blade for adjustable stirring efficiency.