Bio Nil
WB
Bionil WB Anti-Spatter
MIG/MAG Welding Anti-Spatter
Prevents flying spatter and molten slag from sticking to the metal surface and the torch during welding, plasma and laser cutting. No corrosion occurs. Contains no silicone.
View
Bio Nil
Bionil WH High-Amperage Anti-Spatter
For High Amperage and Galvanized Surfaces
Bio Nil· WH
Bionil WH High-Amperage Anti-Spatter
For High Amperage and Galvanized Surfaces
Bionil WH is used in high-amperage (400 A and above) welding processes, on galvanized surfaces and on very hot surfaces. The application method is the same as for Bionil WB.
Key Features
- Optimized for high amperage (400 A+)
- Effective on galvanized surfaces
- Performs even on very hot surfaces
- Contains no silicone or solvents
Application Images
The product in application
MIG/MAG welding anti-spatter products catalogue page
Technical Properties
Specifications
| Property | Value |
|---|---|
| Form | Liquid (spray/brush) |
| Current range | 400 A and above |
| Surface | Compatible with galvanized and very hot surfaces |
| Corrosion | No corrosion occurs |
Material Compatibility
Galvanized steelHigh-temperature metallic surfaces
Usage Areas
Where is it used?
- Galvanized welding
- Heavy industrial welding
- High-speed robotic welding
Application Procedure
Step-by-step usage
- 01
Spray onto the weld zone from a distance of 25-30 cm or apply with a brush
- 02
Proceed with welding after it has dried
Application step01 / 02
01
Spray onto the weld zone from a distance of 25-30 cm or apply with a brush
- 01
Spray onto the weld zone from a distance of 25-30 cm or apply with a brush
- 02
Proceed with welding after it has dried
Safety Warnings
- Good ventilation
- Wear PPE
Frequently Asked Questions
About Bionil WH High-Amperage Anti-Spatter
What should be used instead of WH below 400 A?
For standard MIG/MAG welding operations below 400 A, Bionil WB is the ideal choice. WH is optimized for the extreme heat and aggressive spatter generated by high amperage; for low-amperage work WB is both more economical and entirely sufficient.
Why is it special for galvanized surfaces?
The galvanized coating (zinc) vaporizes at high heat, producing aggressive gases and oxides. The WH formula contains a chemistry that, under these specific conditions, does not react with the surface, does not dissolve the coating and does not increase fumes. WB cannot provide adequate protection in galvanized welding.
Is amperage the only difference between WB and WH?
No, it is not only the amperage; the heat resistance, galvanized-surface compatibility and oxidation-prevention chemistry also differ. WH has a formula that is non-volatile at high temperatures and leaves a durable film. WB, on the other hand, is optimized for standard conditions and offers a cost advantage.
Related Products
