Product overview

The Cole-Parmer Needle Valve is a precision-engineered component designed for accurate regulation of fluid flow in laboratory applications. Its fine-threaded stem allows for precise control, making it ideal for processes requiring meticulous flow adjustments.

Key Features:

Brand: Cole-Parmer
Material: Durable construction for long-term use
Function: Provides precise control over fluid flow rates
Compatibility: Suitable for various laboratory systems and setups
Application: Ideal for analytical instruments, gas chromatography, and other lab processes requiring exact flow regulation

Enhance your laboratory's precision and efficiency with the Cole-Parmer Needle Valve, an essential tool for controlled fluid management.

Frequently Asked Questions

1. What is the Cole-Parmer Needle Valve used for?

It is a precision-engineered component designed for accurate regulation of fluid flow in laboratory applications. Its fine-threaded stem allows for precise control, making it ideal for processes requiring meticulous flow adjustments.

2. Is the Cole-Parmer Needle Valve suitable for analytical instruments, gas chromatography, and other lab processes requiring exact flow regulation?

Yes. It is designed for analytical instruments, gas chromatography, and other lab processes requiring exact flow regulation, and offers precise control over fluid flow rates to support this kind of work.

3. What function does the Cole-Parmer Needle Valve have?

It has precise control over fluid flow rates, and is supplied under manufacturer part number 99950-02.

4. What is the Cole-Parmer Needle Valve made from and what features does it include?

It is made from durable construction for long-term use. It is compatible with various laboratory systems and setups.

5. How does the Cole-Parmer Needle Valve compare with the Carl Friedrich Usbeck Bunsen Burner for All Gas with Needle Valve and Air Regulator from Carl Friedrich Usbeck?

For analytical instruments, gas chromatography, and other lab processes requiring exact flow regulation, the Cole-Parmer model is the better choice, offering precise control over fluid flow rates. The Carl Friedrich Usbeck model offers a needle valve and air regulator for flame adjustment as an alternative, while the Cole-Parmer model's precise control over fluid flow rates help make it a strong fit for analytical instruments, gas chromatography, and other lab processes requiring exact flow regulation.