Art.-Nr.: 8552100 | Hullzelle aus Plexiglas mit Lufteinblasung
Accessories
Accessories

Hull Cell with Air Agitation

Transparent perspex hull cell for precise electroplating tests

85,26 
Available

Our high-quality Hull cell made from transparent polymethyl methacrylate (PMMA) is manufactured in accordance with DIN 50957-1 and is specifically designed for reliable electroplating tests. Thanks to the integrated air agitation in front of the Hull cell plates, the electrolyte is moved evenly – delivering particularly precise, consistent and reproducible results throughout the testing process.

Transparent perspex hull cell for precise electroplating tests

Acrylic Hull cell with air agitation – DIN 50957-1 short cell for precise electroplating tests

Our high-quality Hull cell made from transparent polymethyl methacrylate (PMMA) is manufactured in accordance with DIN 50957-1 and is specifically designed for reliable electroplating tests. Thanks to the integrated air agitation in front of the Hull cell plates, the electrolyte is moved evenly – delivering particularly precise, consistent and reproducible results throughout the testing process.

The typical trapezoidal shape supports accurate analysis of current-density distribution as well as throwing power and electrolyte composition.

This short cell with air supply is ideal for use in laboratories, research and quality assurance.

Features & Benefits

Your benefits at a glance:

  • Hull cell (short cell) in accordance with DIN 50957-1
  • With connection for air agitation in front of the Hull cell plates
  • Transparent acrylic (PMMA) for optimal visual inspection
  • Precise analysis of coating quality and throwing power
  • Durable, chemically resistant design

Technical details:

  • Volume: approx. 250 ml
  • Dimensions: 12.7 × 6.4 × 6.5 cm

 

Optimise your processes now:
Improve the quality of your electroplating tests with a standards-compliant acrylic Hull cell with air agitation. Ideal for precise results in development and electroplating testing – order now.