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ISOLAB Dimroth Condenser, 400 mm NS 14/23 Glass Olive Boro 3.3

Brand:ISOLAB

Ground size

Length jacket

Specifications

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HS Code #
70172000
Connection
Glass olive
Ground size
NS 14/23
Length jacket
400 mm
Material
Boro 3.3
Standard
DIN 12591
Type of construction
Dimroth condenser
UNSPSC
41104814

NZ $209.95

Inc. GST

Available soon

Product description

The ISOLAB Dimroth Condenser 400 mm NS 14/23 is designed for efficient cooling and condensation in laboratory distillation processes. Made from high-quality borosilicate glass, this condenser offers excellent resistance to heat and chemicals. The 400 mm length ensures optimal cooling performance, making it ideal for use in a variety of scientific applications, including distillation and reflux processes. The olive-shaped design enhances heat exchange efficiency, ensuring reliable and accurate results in laboratory experiments.

Key Features:

  • Brand: ISOLAB
  • Length: 400 mm for efficient condensation
  • Material: High-quality borosilicate glass for superior heat and chemical resistance
  • Design: Olive shape for enhanced heat exchange efficiency
  • Certification: NS 14/23 for laboratory-grade performance

This condenser is an essential tool for laboratories requiring efficient and reliable cooling solutions in distillation and reflux processes.

Compare similar models

*after clearance sale no longer available th.LLG* Dimroth condenser 400 mm, NS 14/23 glass olive, boro 3.3

Manufacturer P/N

033.17.400

Part Number

9.012 528

Manufacturer

ISOLAB

Ground size

NS 14/23

Dimroth condenser 160 mm, NS 29/32 glass olive, boro 3.3

Manufacturer P/N

033.17.163

Part Number

9.012 526

Manufacturer

ISOLAB

Ground size

NS 29/32

Frequently asked questions

It is designed for efficient cooling and condensation in laboratory distillation processes. Made from high-quality borosilicate glass, this condenser offers excellent resistance to heat and chemicals. The 400 mm length ensures optimal cooling performance, making it ideal for use in a variety of scientific applications, including distillation and reflux processes. The olive-shaped design enhances heat exchange efficiency, ensuring reliable and accurate results in laboratory experiments.

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