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LLG Liebig Condenser, 400 mm NS 29/32 PP Olive Boro 3.3

Length jacket

Specifications

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HS Code #
70172000
Connection
PP olive
Ground size
NS 29/32
Length jacket
400 mm
Material
Boro 3.3
Standard
DIN 12576
Type of construction
Liebig condenser
UNSPSC
41104814

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Product description

The LLG Liebig Condenser 400 mm is made from high-quality Boro 3.3 glass, offering exceptional chemical resistance and thermal durability. With a NS 29/32 neck size, this condenser ensures compatibility with various laboratory glassware. The PP olive provides an airtight seal, making it ideal for use in distillation, cooling, and condensation processes. The 400 mm length allows for efficient liquid cooling and heat exchange, making it suitable for both research and educational laboratory applications.

Key Features:

  • Brand: LLG Labware
  • Material: High-quality Boro 3.3 glass for superior chemical resistance and durability
  • Length: 400 mm for efficient cooling and condensation
  • Neck Size: NS 29/32 for compatibility with a wide range of laboratory glassware
  • Seal Type: PP olive for an airtight seal
  • Application: Ideal for distillation, cooling, and other laboratory liquid cooling processes

The LLG Liebig Condenser, 400 mm NS 29/32 PP Olive Boro 3.3 provides reliable and efficient performance in distillation and cooling tasks, ensuring accurate results for laboratory experiments.

Compare similar models

LLG-Liebig condenser 400 mm, NS 29/32 PP olive, boro 3.3

Manufacturer P/N

4686187

Part Number

4.686 187

Manufacturer

LLG Labware

Length jacket

400 mm

LLG-Liebig condenser 250 mm, NS 29/32 PP olive, boro 3.3

Manufacturer P/N

4686186

Part Number

4.686 186

Manufacturer

LLG Labware

Length jacket

250 mm

Frequently asked questions

It is made from high-quality Boro 3.3 glass, offering exceptional chemical resistance and thermal durability. With a NS 29/32 neck size, this condenser ensures compatibility with various laboratory glassware. The PP olive provides an airtight seal, making it ideal for use in distillation, cooling, and condensation processes. The 400 mm length allows for efficient liquid cooling and heat exchange, making it suitable for both research and educational laboratory applications.

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