- Stock: In Stock
- Model: 39052
Magnesium electrode pair for IONIC PULSER – 99.99% purity (2.5 × 82 mm)
This magnesium electrode pair is designed for use with the IONIC PULSER device. The high magnesium purity of 99.99% supports stable operation and a consistent process.
The electrodes are hardened using a special rolling process, which positively affects particle formation (particles may become smaller) and improves consistency of results during use.
Why choose magnesium electrodes for IONIC PULSER?
High purity and reinforced structure. These electrodes are suitable for users who require reliable operation and repeatable results. The rolling-hardening process improves mechanical stability and can contribute to a more uniform process.
- Compatible with: IONIC PULSER
- Magnesium purity: 99.99%
- Hardened by rolling – improved mechanical stability
- Electrode dimensions: 2.5 × 82 mm
- Supplied as a pair – replacement set
Usage and replacement recommendation
Use the electrodes until they show visible signs of wear that could lead to mechanical weakening. Replacement is recommended when the electrodes show a risk of breakage due to wear.
Note: For safe operation and stable results, follow the manufacturer’s instructions for correct installation and use of the IONIC PULSER device.
Technical specifications
- Product type: magnesium electrodes (pair)
- Compatible with: IONIC PULSER
- Electrode purity: greater than 99.99%
- Magnesium content: 99.99%
- Electrode dimensions: 2.5 × 82 mm
- Manufacturing process: hardened by rolling
Key advantages at a glance
- Magnesium electrode pair for IONIC PULSER
- High purity magnesium (99.99%)
- Hardened by rolling for improved stability
- Dimensions 2.5 × 82 mm
- Replace when visible signs of wear appear
Who is this product for?
- IONIC PULSER users needing replacement magnesium electrodes
- Users seeking stable and repeatable performance
- Home and professional users
Order the magnesium electrode pair for IONIC PULSER
Choose high-purity magnesium electrodes for stable operation and dependable results. Replace worn electrodes in time to maintain optimal device performance.
