Chrome Stripper – Chrome Remover for Electrolytic Stripping | Pen, Tampon & Tank Plating
€6.90
Available, delivery time: 1-2 days
Product information "Chrome Stripper – Chrome Remover for Electrolytic Stripping | Pen, Tampon & Tank Plating"
Chrome Stripper – Chrome Remover for Electrolytic Stripping | Tank, Pen & Tampon Plating
Remove Electroplated Chrome Layers – Precisely, Efficiently and Professionally
The Chrome Stripper / Chrome Remover from Betzmann Galvanik has been specially developed for the electrolytic removal of electroplated chrome layers. By reversing the polarity, the chrome coating becomes anodic and is dissolved from the workpiece in a controlled manner.
The product is suitable for pen plating, tampon plating and tank plating, making it possible to remove chrome selectively from individual areas or completely from larger workpieces.
This process is particularly useful for typical nickel-chrome coating systems. As the chrome layer is removed, the underlying nickel layer becomes visible, allowing the stripping process to be visually monitored.
Your Advantages at a Glance
Effective electrolytic chrome stripping
Removes electroplated chrome layers
Suitable for tank plating, pen plating and tampon plating
Suitable for selective or complete chrome removal
Controlled stripping through adjustment of time and electrical parameters
Visual control of the transition from chrome to nickel
Ideal for repairs, restoration and recoating
No mechanical grinding of the chrome layer required
Suitable for professional electroplating applications
How Does Electrolytic Chrome Stripping Work?
During normal electroplating, the workpiece is connected as the cathode (negative pole) and metal is deposited onto its surface.
During electrolytic stripping, the polarity is reversed:
Workpiece = Positive pole / Anode
Electrode = Negative pole / Cathode
The chrome coating is therefore anodically dissolved from the surface of the workpiece.
Correct polarity is essential for the stripping process.
Easy rule to remember:
For plating: Workpiece = Negative
For stripping: Workpiece = Positive
Chrome Removal with Pen or Tampon Plating
Pen plating and tampon plating are ideal when chrome needs to be removed only from specific areas of a workpiece.
This is particularly useful for repairs, selective stripping and complex components.
Procedure:
Thoroughly clean and degrease the workpiece.
Connect the workpiece to the positive pole of the DC power supply.
Connect the suitable electrode to the negative pole.
Apply the chrome stripper through the felt, pad or tampon.
Start with a low voltage.
Move the electrode evenly across the area to be stripped.
Monitor the stripping process.
Once the chrome layer has been removed, rinse the workpiece thoroughly.
As a practical starting point, approximately 5 volts can be used for pen plating and adjusted according to the application.
Chrome Stripping in a Tank / Immersion Process
For larger workpieces or complete chrome removal, the Chrome Stripper can also be used in a tank.
The entire workpiece is immersed in the electrolyte and treated electrolytically.
The polarity remains:
Workpiece → Positive pole (Anode)
Counter electrode → Negative pole (Cathode)
The actual process parameters should be adjusted according to the workpiece size, chrome layer, electrode surface area and desired stripping rate.
For larger surfaces, tank plating provides the advantage of a more uniform treatment.
Selective Chrome Stripping
One of the major advantages of the electrolytic process is the ability to remove chrome only from selected areas.
This is particularly useful for:
Repair work
Reworking electroplated coatings
Partial chrome removal
Restoration
Preparation for recoating
Complex components
Pen plating or tampon plating allows even difficult-to-access areas to be treated precisely.
When Should Chrome Be Removed?
The Chrome Stripper is particularly useful when an existing chrome layer:
Is damaged
Has scratches
Has become uneven
Needs to be removed before recoating
Needs to be renewed during restoration
Should only be removed from selected areas
After the chrome has been removed, the underlying nickel layer may become visible and, where technically suitable, can serve as the basis for further processing.
Process Control
For clean and controlled results, the stripping process should be carefully monitored.
Important factors include:
Current / current density
Treatment time
Electrode surface area
Distance between workpiece and counter electrode
Thickness of the existing chrome layer
Uniform movement during pen or tampon plating
When working selectively, it is recommended to start with a low power setting and continuously monitor the stripping progress.
Do not treat the workpiece unnecessarily long. Stop the process once the chrome layer has been removed.
Typical Applications
The Chrome Stripper is suitable for applications including:
Automotive parts
Classic car restoration
Motorcycle parts
Jewellery
Decorative metal components
Fittings and hardware
Model making
Precision engineering
Electroplating repair work
Industrial reworking
Preparation for renewed electroplating
Suitable for Different Electroplating Processes
The Chrome Stripper can be used with:
Pen Plating
Ideal for localized and selective chrome removal.
Tampon Plating
Suitable for larger localized areas and complex surfaces.
Tank Plating
Ideal for complete chrome removal from larger workpieces or components.
Important Information About the Base Material
The stripping process should always be adapted to the specific coating system and base material.
With a typical decorative coating system:
Base material → Copper → Nickel → Chrome
the outer chrome layer is removed first during the stripping process. The underlying nickel layer then becomes visible.
For unknown materials or coating systems, we recommend testing the process on a suitable inconspicuous area first.
Application – Quick Guide
1. Clean and degrease
Thoroughly remove oil, grease, dirt and other residues from the workpiece.
2. Connect the correct polarity
Connect the workpiece to positive / anode.
Connect the counter electrode to negative / cathode.
3. Apply the electrolyte
For pen or tampon plating, apply the electrolyte through the pad, felt or tampon.
4. Start with a low setting
For pen plating, approximately 5 volts can be used as a starting point.
5. Monitor the process
Observe the chrome layer and move the electrode evenly.
6. Rinse after stripping
Thoroughly rinse the workpiece with water.
7. Continue processing
If the workpiece is to be recoated, activate the surface appropriately and continue with the next electroplating step without unnecessary delay.
Safety Information
The Chrome Stripper is a strongly alkaline and corrosive product.
Always observe appropriate safety precautions:
Wear chemical-resistant protective gloves
Wear safety goggles or suitable face protection
Wear appropriate protective clothing
Do not inhale vapours or aerosols
Work only in well-ventilated areas
Avoid contact with skin and eyes
Follow the Safety Data Sheet and product labelling
Danger: Causes severe skin burns and serious eye damage.
Store and dispose of the product according to applicable regulations.
Technical Product Information
Product:
Chrome Stripper / Chrome Remover
Process:
Electrolytic chrome stripping / Reverse Plating
Suitable for:
Tank plating
Pen plating
Tampon plating
Selective chrome stripping
Complete chrome stripping
Polarity during stripping:
Workpiece = Positive pole / Anode
Counter electrode = Negative pole / Cathode
Starting value for pen plating:
Approx. 5 volts
The optimum settings depend on the workpiece, chrome layer, electrode surface area and process requirements.
Available sizes:
250 ml, 500 ml, 1 litre, 2 litres and 5 litres
Product number: BMG-062.3
Chrome Stripper from Betzmann Galvanik
The Chrome Stripper / Chrome Remover provides a flexible and controlled method for the electrolytic removal of electroplated chrome layers.
Whether selectively with pen plating, over larger areas with tampon plating, or completely in a tank process – the Chrome Stripper is a practical solution for removing chrome coatings and preparing components for further electroplating processes.
CLP classification: • Skin Corr. 1B
H314 Label elements:
• GHS05 (corrosive effect)
• Signal word: DANGER
• H and P statements
⚠️ Danger
• Signal word: DANGER
Hazard symbols: ☣️ GHS05 (corrosive effect)
• Hazard statements (H statements):
• H314: Causes severe skin burns and eye damage.
• Precautionary statements (P statements):
• P260: Do not breathe aerosol or mist.
• P280: Wear protective gloves/protective clothing/eye protection/face protection.
• P303+P361+P353: IF ON SKIN (or hair): Remove/Take off immediately all contaminated clothing. Rinse skin with water/shower.
P305+P351+P338: IF IN EYES: Rinse cautiously with water for several minutes. Remove contact lenses, if present and easy to do. Continue rinsing.
P301+P330+P331: IF SWALLOWED: Rinse mouth. Do NOT induce vomiting.
P310: Immediately call a POISON CENTER or doctor/physician.
P405: Store locked up. P501: Dispose of contents/container to hazardous waste collection point.
• Other hazards: Does not contain any PBT/vPvB substances.
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Content: 0.25 Liter (€27.20 / 1 Liter)