ZDS-CA1834
ZDS-CA1834 Nano-Ceramic Pump Efficiency Coating
ZDS-CA1834 repairs and rebuilds coating areas on pump casings and impellers. It provides high wear resistance and a smooth, low-friction surface.
Product overview
Nano-ceramic pump repair coating
ZDS-CA1834 is a nano-ceramic coating for repairing and rebuilding worn areas on pump casings and impellers. It provides a smooth, low-friction surface along with high wear resistance for the intended coating application.
Corrosion resistance matters when pump surfaces face corrosive conditions. The right fit depends on the accessible coating area, the condition of the existing surface layer, and the actual wear or fluid exposure.
Key material properties
- Wear resistance: A useful property when selecting material for worn industrial surfaces.
- Corrosion resistance: A selection factor for equipment exposed to corrosive conditions.
- Smooth surface: Provides a smooth, low-friction surface for the intended application.
Evaluate the material
ZDS-CA1834 technical specifications
| Property | Value / conditions |
|---|---|
| Product model | ZDS-CA1834 |
| Product series | ZDS-CeramicArmor |
| Product family | Wear & erosion protection |
| Substrates and equipment | Pumps and pump casings, impellers |
| Form and color | Coating; Typical: Dark grey |
| Working time at 25°C | Typical: 30-45 min |
| Initial cure at 25°C | Typical: 4-6 h |
| Full cure / cure conditions | 24 h |
| Service temperature | -60 to 90°C |
| Recommended application temperature | Recommended: 10°C to 35°C |
| Recommended thickness per coat | Recommended: 0.5-1.0 mm / coat |
Questions about your operating conditions?
Pump repair and surface protection
Repair worn pump surfaces
Use ZDS-CA1834 to repair and rebuild coating areas on pump casings and impellers. Its high wear resistance suits surfaces that need protection from ongoing wear, while the smooth, low-friction finish supports the intended pump coating task.
Match the coating to the work area
Choose this coating when the accessible surface area and actual wear or fluid exposure fit a pump repair task. Corrosion resistance adds value where the equipment faces corrosive conditions, so review the casing or impeller condition and the exposure before planning coverage.
Prepare the work surface
Prepare the coating area using the product-specific preparation instructions.
- Inspect the coating area for loose material, contamination and the condition of any existing surface layer.
- Arrange access to the full work area and the tools needed for the next step.
- Address contamination using the preparation method specified for this product and the actual surface.
Plan the work
Application and cure planning
- Prepare the coating area and arrange access and tools before starting.
- Mix the components according to the product instructions after surface preparation and setup are complete.
- Apply the coating or lining according to the product instructions and the recommended thickness where given.
- Use the technical table to plan the cure stages. Follow the applicable repair or application procedure for handling, loading and return to service.
Product selection questions
How much working time is available?
The typical working time at 25°C is 30-45 min. Complete surface preparation and setup before mixing.
What is the full-cure schedule?
Full cure: 24 h. Follow the product instructions for the applicable cure conditions.
What temperatures apply?
Recommended application temperature: 10°C to 35°C. Service temperature: -60 to 90°C. Application and service temperatures describe different conditions.
What thickness is recommended?
Recommended: 0.5-1.0 mm / coat. Use the stated thickness type and range when planning the work.