IKA Evaporating Flask RV 10.86 NS 29/32, 3000 ml, for RV 10

The IKA Evaporating Flask RV 10.86 NS 29/32, 3000 ml, is designed for use with IKA RV 10 rotary evaporators. Made from high-quality glass, this flask provides efficient evaporation of solvents and is ideal for a wide range of laboratory applications. Its NS 29/32 ground joint ensures a secure connection with the RV 10, providing stability and safety during use. The 3000 ml capacity is perfect for larger volumes, making it suitable for more demanding tasks in chemical and biological research.

Key Features:

• Brand: IKA
• Model: RV 10.86 NS 29/32
• Capacity: 3000 ml
• Compatibility: Designed for use with IKA RV 10 rotary evaporators
• Material: High-quality glass for efficient solvent evaporation
• Joint Type: NS 29/32 ground joint for secure connection

The IKA Evaporating Flask RV 10.86 is an essential accessory for laboratories requiring precise and efficient solvent evaporation in a variety of research applications.

Frequently Asked Questions

1. What is the IKA Evaporating Flask RV 10.86 NS 29/32, 3000 ml, for RV 10 used for?

It is designed for use with IKA RV 10 rotary evaporators. Made from high-quality glass, this flask provides efficient evaporation of solvents and is ideal for a wide range of laboratory applications. Its NS 29/32 ground joint ensures a secure connection with the RV 10, providing stability and safety during use. The 3000 ml capacity is perfect for larger volumes, making it suitable for more demanding tasks in chemical and biological research.

2. What capacity does this product have?

It has a capacity of 3000 ml.

3. What is this product made from and what features does it include?

It is made from high-quality glass for efficient solvent evaporation. It is compatible with IKA RV 10 rotary evaporators. It also offers NS 29/32 ground joint for secure connection.

4. How does this product compare with the ISOLAB Evaporating Flask, 1000 mL, Bush NS 29/32 from ISOLAB?

For its intended use, the IKA model has the edge: it offers a larger capacity than the ISOLAB model (3000 ml versus 1000 mL). The ISOLAB model offers a capacity of 1000 mL by comparison.