Lenz-Laborglas Needle-Valve Stopcocks, Straight, Valve Bore 0–2.5

The Lenz-Laborglas Needle-Valve Stopcocks, Straight, Valve Bore 0–2.5 is a precision flow control component ideal for laboratory applications requiring fine regulation of gas or liquid flow. Designed with a straight configuration and a narrow valve bore of 0–2.5 mm, it allows accurate adjustments in experimental setups. Manufactured from high-quality, chemically resistant materials, this needle-valve stopcock offers long-lasting performance and reliability in demanding lab environments.

Key Features:

• Brand: Lenz-Laborglas
• Type: Straight needle-valve stopcock for fine flow control
• Valve Bore: 0–2.5 mm for precise regulation
• Material: Chemically resistant and durable construction
• Application: Ideal for gas and liquid flow control in labs

This needle-valve stopcock is a valuable tool for laboratory professionals requiring controlled and consistent fluid or gas delivery in experimental procedures.

Frequently Asked Questions

1. What is the Lenz-Laborglas Needle-Valve Stopcocks, Straight, Valve Bore 0–2.5 used for?

It is a precision flow control component ideal for laboratory applications requiring fine regulation of gas or liquid flow. Designed with a straight configuration and a narrow valve bore of 0–2.5 mm, it allows accurate adjustments in experimental setups. Manufactured from high-quality, chemically resistant materials, this needle-valve stopcock offers long-lasting performance and reliability in demanding lab environments.

2. Is this product suitable for gas and liquid flow control in labs?

Yes. It is designed for gas and liquid flow control in labs, and offers a valve bore of 0–2.5 mm for precise regulation to support this kind of work.

3. What valve bore does this product have?

It has a valve bore of 0–2.5 mm for precise regulation.

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

It is made from chemically resistant and durable construction. It also offers straight needle-valve stopcock for fine flow control.