BRAND Erlenmeyer Flask, 1000 mL Wide Neck, Boro 3.3, DIN 12380/ISO 1773 with Beaded Rim and Graduation, Pack of 10

The BRAND Erlenmeyer Flask 1,000 ml, Wide Neck, Boro 3.3, DIN 12380/ISO 1773, With Beaded Rim And Graduation, Pack Of 10 is designed for reliable laboratory mixing, heating, and sample handling. Made from Boro 3.3 glass, this wide-neck flask provides easy filling, pouring, and cleaning for routine laboratory workflows.

Key Features:

• Brand: BRAND
• Product Type: Erlenmeyer flask
• Capacity: 1,000 ml
• Neck Type: Wide neck
• Material: Boro 3.3 glass
• Design: With beaded rim and graduation
• Standard: DIN 12380/ISO 1773 and DIN EN ISO 24450
• Pack Size: Pack of 10

The BRAND Erlenmeyer flask is ideal for laboratories requiring large-capacity, durable glassware with clear graduations and convenient wide-neck handling.

Frequently Asked Questions

1. What is the BRAND Erlenmeyer Flask 1,000 ml, Wide Neck, Boro 3.3, DIN 12380/ISO 1773, With Beaded Rim And Graduation, Pack Of 10 used for?

The DIN 12380 is designed for reliable laboratory mixing, heating, and sample handling. This erlenmeyer flask format supports routine laboratory work in that application.

2. What are the main specifications of the DIN 12380?

The main specifications of the DIN 12380 are that the capacity is 1,000 ml, the material is Boro 3.3 glass and the standard is DIN 12380/ISO 1773 and DIN EN ISO 24450. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the DIN 12380 suitable for reliable laboratory mixing, heating, and sample handling?

Yes. The DIN 12380 is suitable for reliable laboratory mixing, heating, and sample handling. One relevant feature is that the design is With beaded rim and graduation, which supports use in that type of laboratory workflow. Where chemicals or solvents are involved, confirm that the product material is suitable for the specific substance and conditions before use.

4. What pack size is the DIN 12380 supplied in?

The DIN 12380 is supplied in a pack of 10. This is useful when planning stock levels and routine laboratory consumption.