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Lenz-Laborglas Delivery Adapters, Bent, Socket NS 14/23

Cone[s]

Socket[s]

Specifications

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HS Code #
70172000
Cone[s]
NS 14/23
Material
DURAN® tubing
Shape
Bent, 105°
Socket[s]
NS 14/23
UNSPSC
41104812

$37.21

Inc. GST

Available soon

Product description

The Lenz-Laborglas Delivery Adapters, Bent, Socket NS 14/23 are essential tools for laboratory setups where precise liquid delivery and space management are critical. These adapters provide secure connections between glassware and are bent for added versatility in confined spaces. Made from durable borosilicate glass, they are resistant to chemical corrosion and are designed to perform under demanding laboratory conditions.

Key Features:

  • Brand: Lenz-Laborglas
  • Socket Size: NS 14/23, compatible with a wide range of laboratory glassware
  • Design: Bent design, allowing for flexible installation in tight spaces
  • Material: High-quality borosilicate glass, offering durability and chemical resistance
  • Applications: Ideal for liquid delivery and other laboratory procedures requiring secure and stable connections

This delivery adapter is an excellent choice for labs seeking reliable, efficient, and versatile solutions for their glassware assembly needs.

Compare similar models

Delivery Adapters, Bent, Socket NS 14/23

Manufacturer P/N

05265001

Part Number

9.012 625

Manufacturer

Lenz-Laborglas

Cone[s]

NS 14/23

Delivery Adapters, Bent, Socket NS 29/32

Manufacturer P/N

05265004

Part Number

9.012 626

Manufacturer

Lenz-Laborglas

Cone[s]

NS 29/32

Delivery Adapters, Bent, Socket NS 24/29

Manufacturer P/N

05265003

Part Number

6.204 509

Manufacturer

Lenz-Laborglas

Cone[s]

NS 24/29

Frequently asked questions

It are essential tools for laboratory setups where precise liquid delivery and space management are critical. These adapters provide secure connections between glassware and are bent for added versatility in confined spaces. Made from durable borosilicate glass, they are resistant to chemical corrosion and are designed to perform under demanding laboratory conditions.

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