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Starna Macro Cell Type 23, 10mm Optical Path Length Quartz Glass, 3.5 ml, Sealing PTFE-Plug

Ext. dim. (WxDxH)

Ext. height

Type

Type of closure

Specifications

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HS Code #
70171000
Capacity
3.5 ml
Ext. dim. (WxDxH)
12.5 x 12.5 x 48 mm
Ext. depth
12.5 mm
Ext. height
48 mm
Ext. width
12.5 mm
Int. width
10 mm
Material
Quartz glass
Material closure
PTFE
Path length
10 mm
Shape
Rectangular

NZ $609.31

Inc. GST

Available soon

Product description

The Starna Macro Cell Type 23 is a high-quality spectrophotometer cell made from durable quartz glass. With a 10mm optical path length and 3.5 ml volume capacity, it is designed for precise and reliable measurements in laboratory spectroscopic applications. The cell features a secure PTFE plug for effective sealing and chemical resistance, making it ideal for demanding analytical procedures.

Key Features:

  • Brand: Starna
  • Type: Macro Cell Type 23
  • Optical Path Length: 10mm
  • Material: Quartz glass
  • Volume: 3.5 ml
  • Sealing: PTFE plug for secure closure and chemical resistance
  • Application: Suitable for spectrophotometric measurements

The Starna Macro Cell is essential for laboratories requiring high precision and durability in optical analysis.

Compare similar models

Macro Cell Type 23, 10mm optical path length quartz glass, 3.5 ml, sealing PTFE-plug

Manufacturer P/N

23/Q/10

Part Number

4.678 125

Manufacturer

Starna Scientific

Ext. dim. (WxDxH)

12.5 x 12.5 x 48 mm

Macro Cell Type 3, 10mm optical path length quartz glass, 3.5 ml, non sealing PTFE-cover

Manufacturer P/N

3/Q/10

Part Number

4.678 114

Manufacturer

Starna Scientific

Ext. dim. (WxDxH)

12.5 x 12.5 x 45 mm

Frequently asked questions

It is a high-quality spectrophotometer cell made from durable quartz glass. With a 10mm optical path length and 3.5 ml volume capacity, it is designed for precise and reliable measurements in laboratory spectroscopic applications. The cell features a secure PTFE plug for effective sealing and chemical resistance, making it ideal for demanding analytical procedures.

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