BINDER Insert Plate, Perforated 260 ED/BD (E3)

The BINDER Insert Plate, Perforated 260 ED/BD (E3) is a high-quality stainless steel shelf designed for use with BINDER's BD 260 and ED 260 drying and heating chambers. Its perforated design ensures optimal air circulation, promoting uniform temperature distribution and efficient drying processes within the chamber.

Key Features:

• Brand: BINDER
• Material: Durable stainless steel
• Design: Perforated structure for enhanced air circulation
• Compatibility: Specifically designed for BINDER BD 260 and ED 260 models
• Application: Ideal for laboratory drying and heating applications

This insert plate is an essential accessory for laboratories seeking reliable and efficient solutions for their drying and heating requirements.

Frequently Asked Questions

1. What is the BINDER Insert Plate, Perforated 260 ED/BD (E3) used for?

It is a high-quality stainless steel shelf designed for use with BINDER's BD 260 and ED 260 drying and heating chambers. Its perforated design ensures optimal air circulation, promoting uniform temperature distribution and efficient drying processes within the chamber.

2. Is the BINDER Insert Plate, Perforated 260 ED/BD (E3) suitable for laboratory drying and heating applications?

Yes. It is designed for laboratory drying and heating applications, and offers perforated structure for enhanced air circulation to support this kind of work.

3. What design does the BINDER Insert Plate, Perforated 260 ED/BD (E3) have?

It has perforated structure for enhanced air circulation, and is supplied under manufacturer part number 8012-2181.

4. What is the BINDER Insert Plate, Perforated 260 ED/BD (E3) made from and what features does it include?

It is made from durable stainless steel. It is compatible with specifically designed for BINDER BD 260 and ED 260 models.

5. How does the BINDER Insert Plate, Perforated 260 ED/BD (E3) compare with the BRAND Cell Culture Inserts for 24-Well Plates, PC Membrane, 8.0 µm, 4x12 pcs, Pack of 48 from BRAND?

For laboratory drying and heating applications, the BINDER model is the better choice, offering perforated structure for enhanced air circulation. The BRAND model offers a pore size of 8.0 µm for controlled cell growth as an alternative, while the BINDER model's perforated structure for enhanced air circulation help make it a strong fit for laboratory drying and heating applications.