Minoxyd BEGO dental brazing flux for non-precious alloys
Référence: H04386
Minoxyd BEGO — antioxidant flux for soldering precious and non-precious alloys
- Reduces oxidation at the brazing joint.
- Helps achieve strong, uniform and durable connections.
- Can eliminate the need for an intermediate solder in many lab cases.
Reliable brazing flux for metal and metal-ceramic restorations
Minoxyd BEGO is a dental soldering flux designed for brazing precious and non-precious alloys used in laboratories, especially cobalt-chrome and nickel-chrome frameworks. Its function is to support the brazing process by limiting surface oxidation, ensuring a cleaner, more uniform and more durable joint area.
This type of product is particularly useful for repairs, connections, framework adjustments or post-firing metal-ceramic work, where joint quality and long-term reliability are essential.
Key benefits in the laboratory
- Compatible with precious and non-precious alloys.
- Improves oxidation control during brazing.
- Supports homogeneous joints with long-term durability.
- Suitable for repairs and connections on Co-Cr / Ni-Cr.
- Applicable to metal-ceramic restorations after firing.
- Enhances joint quality before finishing and polishing steps.
Dental applications and lab uses
- Brazing of fixed prosthetic metal structures.
- Repairs on non-precious alloy frameworks.
- Connections between precious metals and Co-Cr or Ni-Cr.
- Technical work after firing on metal-ceramic restorations.
- Procedures where joint quality is critical.
- Brazing operations requiring clean and controlled joints.
Recommended usage in the laboratory
- Prepare the area carefully to ensure a clean and stable surface.
- Apply a suitable amount of Minoxyd to the joint area only.
- Allow the product to spread evenly without excess.
- Ensure a slow drying phase before heating.
- Proceed with brazing according to the alloy protocol.
- Inspect the joint after cooling before finishing steps.
Technical recommendations
- Do not use a flux that has become too thick.
- Never dilute with water.
- Avoid excess application that may affect joint visibility.
- Apply precisely for better control.
- Always adapt the process to the alloy and lab protocol.
Compatibility and selection guide
This dental brazing flux is designed for laboratories working with precious alloys, non-precious alloys, or mixed connections such as precious metal to cobalt-chrome or nickel-chrome. It is ideal when the goal is to improve joint quality, reduce oxidation, and obtain a clean, reliable connection before finishing.
The 80 g bottle format is well suited for routine laboratory use, especially in brazing, repairs, and structural adjustments.
Technical specifications
| Product | Minoxyd |
|---|---|
| Brand | BEGO |
| Reference / SKU | H04386 |
| Type | Brazing flux |
| Main use | Brazing of precious and non-precious alloys |
| Compatibility | Precious alloys, Co-Cr, Ni-Cr, mixed connections |
| Additional use | Metal-ceramic brazing after firing |
| Key feature | Reduces oxidation and improves joint quality |
| Specificity | May eliminate intermediate solder |
| Packaging | 80 g bottle |
| Environment | Dental laboratory |
Delivery
Delivery: 1 bottle of Minoxyd BEGO 80 g. Product intended for dental laboratory use for brazing, repair and metal framework operations.
Documents & resources
Safety Data Sheet (SDS)
Access safety information for proper storage, handling and laboratory use.
Product information
Minoxyd is a BEGO brazing flux for precious and non-precious alloys, also suitable for metal-ceramic work after firing, supplied in 80 g format.
FAQ
Can Minoxyd be diluted with water?
No.
Diluting with water reduces its effectiveness.
For optimal brazing performance, it should be used in its original form.
Why is slow drying important?
Slow drying stabilizes the flux on the surface.
It helps prevent defects and ensures a cleaner joint during brazing.
Is it only for non-precious alloys?
No.
It is suitable for both precious and non-precious alloys.
It can also be used for mixed alloy connections.
Can it be used on metal-ceramic restorations?
Yes, after ceramic firing.
It is suitable for technical adjustments on metal-ceramic restorations.
What is the purpose of a brazing flux in a dental lab?
A flux protects the joint during brazing.
It reduces oxidation and improves joint quality.
This results in cleaner, stronger and more reliable connections.
Minoxyd BEGO dental brazing flux for non-precious alloys