LLG Bottle Carriers, 6 Openings ID 130 mm for 2000 mL Bottles, Nylon Coated Wire

The LLG Bottle Carriers, 6 Openings, ID 130mm, For 2000ml Bottles, Nylon Coated Wire are designed for safe and easy transport of laboratory bottles. Made from robust wire with a white nylon coating, these LLG bottle carriers provide reliable handling support for larger laboratory bottles.

Key Features:

• Brand: LLG
• Type: Bottle carrier
• Openings: 6 openings
• Internal Diameter: ID 130mm
• Compatibility: Suitable for 2000ml laboratory bottles
• Material: Nylon coated wire
• Design: Robust construction with white nylon coating
• Application: Safe and easy transport of laboratory bottles

These LLG bottle carriers are suitable for laboratories requiring a sturdy and practical solution for transporting multiple 2000ml bottles securely.

Frequently Asked Questions

1. What is the LLG Bottle Carriers, 6 Openings, ID 130mm, For 2000ml Bottles, Nylon Coated Wire used for?

The Bottle carrier is designed for safe and easy transport of laboratory bottles. This bottle carrier format supports routine laboratory work in that application.

2. What are the main specifications of the Bottle carrier?

The main specifications of the Bottle carrier are that the internal diameter is ID 130mm, the openings is 6 openings and the compatibility is Suitable for 2000ml laboratory bottles. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the Bottle carrier suitable for safe and easy transport of laboratory bottles?

Yes. The Bottle carrier is suitable for safe and easy transport of laboratory bottles. One relevant feature is that the design is Robust construction with white nylon coating, 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 material is the Bottle carrier made from?

The Bottle carrier is made from Nylon coated wire. Material is an important selection factor for durability and application suitability.