MEDIA GUIDE
Hydrogen Peroxide Pumps
An oxidiser that wants to become water and oxygen — everything it touches either helps or hastens that.
The properties that drive the choice
| Hazard profile | toxic, oxidising |
|---|---|
| Concentration band in our data | 0–50% |
| In one line | Strong oxidizer — zero-leak drive recommended. Passivated 304/316 is standard; copper-bearing alloys catalyze dangerous decomposition. Ventilation of trapped cavities required. |
Which pump families serve it
At a reference duty (20 °C, 10 m³/h, 30 m). Your duty point may move the answer — run it through the tool below; the full report adds the alternatives worth quoting in parallel.
| Primary answer | Magnetic Drive Centrifugal Pump (Metallic, sealless) | Toxic, flammable, expensive or environmentally sensitive fluids — zero leakage |
|---|---|---|
| Typical wetted materials | Stainless Steel 304, Stainless Steel 316L, Titanium Gr.2 | |
Where the boundaries sit
- Decomposition is catalysed by many metals and by dirt; passivated aluminium and specific alloys are the classic answers
- Gas release from decomposition pressurises lines and air-binds pumps — venting is a design item
- Concentration defines the hazard class; 35% and 70% are different specifications, not one fluid
Related reading
Pumping this fluid? The selector on the home page maps your concentration, temperature and duty point to a pump type and wetted materials for this exact medium — free.
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