BINDER Heavy-duty Grid 260 ED/BD (E3)

The BINDER Heavy-Duty Grid 260 ED/BD (E3), Maximum Load Per Rack 70 kg is designed to provide strong internal support for compatible BINDER ED/BD units. Built for heavy-duty use, this grid offers stable load-bearing performance for demanding laboratory applications.

Key Features:

• Brand: BINDER
• Capacity: Maximum load per rack 70 kg
• Design: Heavy-duty grid for 260 ED/BD (E3) units
• Application: Suitable for secure sample and material support inside compatible BINDER units
• Packaging: Sold individually

This heavy-duty grid is a reliable accessory for laboratories requiring strong, stable, and high-capacity support inside compatible BINDER equipment.

Frequently Asked Questions

1. What is the BINDER Heavy-Duty Grid 260 ED/BD, Maximum Load Per Rack 70 kg used for?

The Heavy-Duty Grid 260 ED/BD (E3), Maximum Load Per is designed for secure sample and material support inside compatible BINDER units. The stated format and features make the product suitable for routine laboratory work within that application.

2. What are the main specifications of the Heavy-Duty Grid 260 ED/BD, Maximum Load Per?

The main specifications of the Heavy-Duty Grid 260 ED/BD (E3), Maximum Load Per are that the capacity is Maximum load per rack 70 kg and the design is Heavy-duty grid for 260 ED/BD (E3) units. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the Heavy-Duty Grid 260 ED/BD (E3), Maximum Load Per suitable for secure sample and material support inside compatible BINDER units?

Yes. The Heavy-Duty Grid 260 ED/BD (E3), Maximum Load Per is suitable for secure sample and material support inside compatible BINDER units. The product is designed specifically for that type of work when its stated format and operating characteristics match the laboratory requirement.

4. What pack size is the Heavy-Duty Grid 260 ED/BD (E3), Maximum Load Per supplied in?

The Heavy-Duty Grid 260 ED/BD (E3), Maximum Load Per is supplied as Sold individually. This is useful when planning stock levels and routine laboratory consumption.