Representative Image

Lenz-Laborglas‑Laborglas Spiral Condenser Socket/Cone NS 29/32 Jacket L. mm 400

Cooling surface

Ground size

Length jacket

Specifications

Compare models
HS Code #
70172000
Connection
Glass olive
Cooling surface
820 cm²
Ground size
NS 29/32
Length jacket
400 mm
Material
DURAN® tubing
Type of construction
Spiral condenser
UNSPSC
41104814

R 4,326.30

Inc. VAT

Available soon

Product description

The Lenz-Laborglas Spiral Condenser, Socket/Cone NS 29/32 Jacket L. mm 400 is engineered for high-efficiency cooling in laboratory distillation setups. Featuring a coiled inner tube design and a 400 mm jacket length, this condenser maximizes surface area for superior heat exchange. The NS 29/32 joint ensures tight, secure integration with standard glassware systems. Built from high-quality borosilicate glass, it offers excellent chemical resistance and durability for long-term use.

Key Features:

  • Brand: Lenz-Laborglas
  • Design: Spiral inner coil for efficient cooling
  • Joint Size: NS 29/32
  • Jacket Length: 400 mm for extended cooling performance
  • Material: High-quality borosilicate glass
  • Application: Suitable for laboratory distillation and condensation processes

This spiral condenser is a reliable choice for laboratories requiring consistent and effective thermal regulation during chemical procedures.

Accessories

Sleeves, cone joint, PTFE

ProductTemperature resistanceMaterialMfr#Part#AvailabilityPrice
-200 ... 250 °CPTFEH 933-039.011 642In stockR 227.70
-200 ... 250 °CPTFEH 933-069.011 645In stockR 303.60
-200 ... 250 °CPTFEH 933-099.011 647In stockR 961.40
-200 ... 250 °CPTFEH 933-049.011 643R 328.90
-200 ... 250 °CPTFEH 933-059.011 644R 379.50

Sleeves with ribs, PTFE

ProductTemperature resistanceMaterialMfr#Part#AvailabilityPrice
-200 ... 250 °CPTFEH 930-049.011 655In stockR 101.20
-200 ... 250 °CPTFEH 930-059.011 656In stockR 101.20
-200 ... 250 °CPTFEH 930-069.011 657In stockR 126.50
-200 ... 250 °CPTFEH 930-109.011 660In stockR 379.50
-200 ... 250 °CPTFEH 930-029.011 652In stockR 253.00
-200 ... 250 °CPTFEH 930-10 VE=54.667 523In stockR 1,796.30
-200 ... 250 °CPTFEH 930-04 VE=104.667 519In stockR 834.90
-200 ... 250 °CPTFEH 930-039.011 653In stockR 202.40
-200 ... 250 °CPTFEH 930-079.011 658R 126.50
-200 ... 250 °CPTFEH 930-139.011 661R 1,593.90
-200 ... 250 °CPTFEH 930-089.011 659R 379.50
-200 ... 250 °CPTFEH 930-07 VE=104.667 522R 1,214.40
-200 ... 250 °CPTFEH 930-149.011 662R 3,061.30
-200 ... 250 °CPTFEH 930-06 VE=104.667 521R 1,189.10
-200 ... 250 °CPTFEH 930-05 VE=104.667 520R 986.70
-200 ... 250 °CPTFEH 930-019.011 651R 177.10

Compare similar models

Spiral-condensers, Socket/Cone NS 29/32 Jacket L.mm 400

Manufacturer P/N

05233404

Part Number

6.306 079

Manufacturer

Lenz-Laborglas

Cooling surface

820 cm²

Spiral-condensers, Socket/Cone NS 29/32 Jacket L.mm 500

Manufacturer P/N

05233504

Part Number

9.012 521

Manufacturer

Lenz-Laborglas

Cooling surface

1040 cm²

Spiral-condensers, Socket/Cone NS 14/23 Jacket L.mm 160

Manufacturer P/N

05233201

Part Number

6.701 273

Manufacturer

Lenz-Laborglas

Cooling surface

230 cm²

Spiral-condensers, Socket/Cone NS 29/32 Jacket L.mm 250

Manufacturer P/N

05233304

Part Number

6.226 587

Manufacturer

Lenz-Laborglas

Cooling surface

500 cm²

Frequently asked questions

It is engineered for high-efficiency cooling in laboratory distillation setups. Featuring a coiled inner tube design and a 400 mm jacket length, this condenser maximizes surface area for superior heat exchange. The NS 29/32 joint ensures tight, secure integration with standard glassware systems. Built from high-quality borosilicate glass, it offers excellent chemical resistance and durability for long-term use.

Insights

Explore
What is a Laboratory Desiccator? Uses, Types and How It Works

11 mins read

What is a Laboratory Desiccator? Uses, Types and How It Works

A laboratory desiccator keeps its contents in a dry, low-humidity atmosphere, protecting hygroscopic reagents and moisture-sensitive samples and cooling heated samples for accurate weighing. This guide covers what it is, what it is used for, the main types, the desiccants that go inside, and how it works, with an animated drying cycle and a setup finder.

Read full story
What is a Buchner Funnel? Uses, Setup and How Vacuum Filtration Works

14 mins read

What is a Buchner Funnel? Uses, Setup and How Vacuum Filtration Works

The Buchner funnel is the standard tool for fast vacuum filtration across South African labs, from minerals and assay work to SANAS-accredited QC. This guide covers what it is, what it is used for, how to set one up step by step, the main materials, and how vacuum filtration works, with an animated apparatus and a funnel finder.

Read full story
What is a Separating Funnel? Uses and How It Works

10 mins read

What is a Separating Funnel? Uses and How It Works

A separating funnel parts two immiscible liquids by density and is central to liquid-liquid extraction, from minerals and assay work to environmental testing and SANAS-accredited QC. This guide walks through what it is, how it works step by step, the pear-shaped and conical types, and how to choose one, with an animated demo and funnel finder.

Read full story