BRAND Beakers, PP, Low Form, Cap. 5000 mL Blue Graduation, without Handle, Pack of 4

The BRAND Beakers, Polypropylene, Low Form, Capacity 5,000 ml, Blue Graduation, Without Handle, Pack Of 4 are designed for routine laboratory liquid handling, measuring, and pouring. Made from transparent polypropylene, these low-form beakers feature blue graduations, a beaded rim, and a spout for practical laboratory use.

Key Features:

• Brand: BRAND
• Product Type: Beakers
• Capacity: 5,000 ml
• Form: Low form
• Material: Polypropylene
• Colour: Transparent with blue graduations
• Design: Without handle, with graduation, beaded rim and spout
• Standard: According to ISO 7056
• Cleaning: Cleaning below 60 °C is recommended to preserve marks and inscriptions
• Pack Size: Pack of 4

The BRAND beakers are ideal for laboratories requiring large-capacity, lightweight, and clearly graduated polypropylene beakers for routine workflows.

Frequently Asked Questions

1. What is the BRAND Beakers, Polypropylene, Low Form, Capacity 5,000 ml, Blue Graduation, Without Handle, Pack Of 4 used for?

The Beakers are designed for the intended laboratory application. This beakers format supports routine laboratory work in that application.

2. What are the main specifications of the Beakers?

The main specifications of the Beakers are that the capacity is 5,000 ml, the material is Polypropylene and the colour is Transparent with blue graduations. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the Beakers suitable for the intended laboratory application?

Yes. The Beakers are suitable for the intended laboratory application. One relevant feature is that the design is Without handle, with graduation, beaded rim and spout, 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 Beakers supplied in?

The Beakers is supplied in a pack of 4. This is useful when planning stock levels and routine laboratory consumption.