SCAT Catching Bowl PE-HD, Electrically Conductive with Sieve Socket Inlay, 395x300x125mm

The SCAT Catching Bowl PE-HD, Electrically Conductive with Sieve Socket Inlay, 395x300x125mm is designed for use in laboratory and industrial environments that require both conductivity and durability. Made from high-quality PE-HD, this bowl is electrically conductive, reducing the risk of static charge buildup. It features a sieve socket inlay for added functionality, making it ideal for various liquid and solid material separation tasks.

Key Features:

• Brand: SCAT
• Material: PE-HD for durability and electrical conductivity
• Dimensions: 395 x 300 x 125mm
• Functionality: Sieve socket inlay for efficient material separation
• Application: Ideal for laboratory and industrial use, especially for handling liquids and solids

This catching bowl is a reliable and efficient tool for separating materials in laboratory and industrial environments, offering durability and static charge reduction.

Frequently Asked Questions

1. What is the SCAT Catching Bowl PE-HD, Electrically Conductive with Sieve Socket Inlay, 395x300x125mm used for?

It is designed for use in laboratory and industrial environments that require both conductivity and durability. Made from high-quality PE-HD, this bowl is electrically conductive, reducing the risk of static charge buildup. It features a sieve socket inlay for added functionality, making it ideal for various liquid and solid material separation tasks.

2. Is this product suitable for laboratory and industrial use, especially for handling liquids and solids?

Yes. It is designed for laboratory and industrial use, especially for handling liquids and solids, and offers dimensions of 395 x 300 x 125mm to support this kind of work.

3. What dimensions does this product have?

It has dimensions of 395 x 300 x 125mm.

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

It is made from PE-HD for durability and electrical conductivity. It also offers sieve socket inlay for efficient material separation.