LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3

The LLG Round Bottom Flask is crafted from high-quality Boro 3.3 glass, ensuring excellent durability and resistance to thermal shock. With a 1000 mL capacity, this flask features an NS 29/32 neck size for compatibility with standard laboratory equipment. The round bottom design allows for efficient mixing and heating, making it ideal for chemical reactions, distillation, and other laboratory applications that require precise temperature control and reliable performance.

Key Features:

• Brand: LLG Labware
• Material: Boro 3.3 glass for durability and high thermal resistance
• Capacity: 1000 mL
• Neck Size: NS 29/32 for compatibility with laboratory apparatus
• Design: Round bottom for efficient mixing and heating
• Application: Ideal for chemical reactions, distillation, and laboratory experiments

This round bottom flask offers excellent performance and is essential for laboratory applications requiring precise temperature control and efficient mixing.

Frequently Asked Questions:

What is the LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 used for?
The LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 is a laboratory flask used for chemical reactions, distillation, and laboratory experiments. Its documented configuration includes capacity: 1000 mL, and material: Boro 3.3 glass for durability and high thermal resistance. It is identified by manufacturer part number 4686141, LabFriend SKU 4.686 141. It should not be used outside the stated capacity of 1000 mL.

Is the LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 suitable for chemical reactions, distillation, and laboratory experiments?
Yes. The LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 is suitable for chemical reactions, distillation, and laboratory experiments. Its suitability is determined by capacity: 1000 mL, material: Boro 3.3 glass for durability and high thermal resistance, and design: Round bottom for efficient mixing and heating. It should not be used outside the stated capacity of 1000 mL. Before selection, confirm that the sample, process, vessel or instrument conditions match the published LLG specification.

What are the most important specifications of the LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3?
The most important specifications of the LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 include capacity: 1000 mL, material: Boro 3.3 glass for durability and high thermal resistance, design: Round bottom for efficient mixing and heating, and neck size: NS 29/32 for compatibility with laboratory apparatus. The listed item is manufacturer part number 4686141, LabFriend SKU 4.686 141. It should not be used outside the stated capacity of 1000 mL. Specifications not stated in the product description should be confirmed before purchase rather than assumed from a related model.

What is the LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 compatible with, and what is required for use?
The supplied description for the LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 does not confirm a complete compatibility or accessory list. Confirm the stated dimensions, material, operating range, interface and any accessories or consumables not explicitly included. Do not assume compatibility with another model solely because the products appear similar; verify the exact LLG model and manufacturer part number 4686141, LabFriend SKU 4.686 141 before purchase.

What is the difference between the LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 and the LLG Erlenmeyer Flask, 1000 mL, NS 29/32, Boro 3.3, White Graduated?
The LLG Round Bottom Flask, 1000 mL, NS 29/32, Boro 3.3 differs from the LLG Erlenmeyer Flask, 1000 mL, NS 29/32, Boro 3.3, White Graduated in the documented material (Boro 3.3 glass for durability and high thermal resistance versus Boro 3.3 glass for durability and thermal resistance), neck size (NS 29/32 for compatibility with laboratory apparatus versus NS 29/32 for compatibility with laboratory equipment). Both are LLG products in the same general flask family, but their capacities, ranges or configurations should not be treated as interchangeable. Select the model whose published limits match the application and confirm accessory or connection differences before ordering.