NEXOPART Analytical Seeve 200 X 50 Mm 5.60 Mm Mesh Size, With Stainless Steel Frame Acc. To DIN EN 10 204

The NEXOPART Analytical Seeve 200 x 50 mm 5.60 mm mesh size, with stainless steel frame is manufactured according to DIN EN 10 204 standards. This high-quality sieve is designed for accurate particle size analysis and reliable sample preparation in laboratory and industrial applications. The stainless steel frame guarantees durability and corrosion resistance, ensuring long-lasting performance.

Key Features:

• Brand: NEXOPART
• Size: 200 x 50 mm
• Mesh Size: 5.60 mm
• Material: Stainless steel frame for robustness and corrosion resistance
• Standard: Manufactured according to DIN EN 10 204
• Application: Ideal for precise laboratory and industrial particle size analysis

This analytical sieve is an essential tool for efficient and reliable screening processes, delivering consistent quality in research and quality control.

Frequently Asked Questions

1. What is the NEXOPART Analytical Seeve 200 X 50 Mm 5.60 Mm Mesh Size, With Stainless Steel Frame Acc. To DIN EN 10 204 used for?

It is manufactured according to DIN EN 10 204 standards. This high-quality sieve is designed for accurate particle size analysis and reliable sample preparation in laboratory and industrial applications. The stainless steel frame guarantees durability and corrosion resistance, ensuring long-lasting performance.

2. Is this product suitable for precise laboratory and industrial particle size analysis?

Yes. It is designed for precise laboratory and industrial particle size analysis, and offers a size of 200 x 50 mm and a mesh size of 5.60 mm to support this kind of work.

3. What size and mesh size does this product have?

It has a size of 200 x 50 mm and a mesh size of 5.60 mm.

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

It is made from stainless steel frame for robustness and corrosion resistance. It also offers manufactured according to DIN EN 10 204, sturdy stainless steel sieve frame and smooth frame surface.