ZDS-FG1156
ZDS-FG1156 High-Corrosion-Resistance Enamel Repair Compound
ZDS-FG1156 repairs and rebuilds damaged areas on reactors, industrial pipelines, and protective linings. It provides corrosion resistance and barrier protection against aggressive fluids.
Product overview
High-corrosion-resistance repair coating
ZDS-FG1156 is a coating for repairing and rebuilding damaged areas on reactors, industrial pipelines, and protective linings. It is intended for high-temperature and chemical service applications.
Corrosion resistance and barrier protection matter when the repaired area is exposed to aggressive fluids. Its temperature capability also helps buyers compare the product with the operating conditions of the equipment.
Key material properties
- Corrosion resistance: A selection factor for equipment exposed to corrosive conditions.
- Temperature capability: Compare the service-temperature limits in the table with the operating conditions.
- Barrier protection: The fluid and exposure conditions matter when selecting the protective material.
Evaluate the material
ZDS-FG1156 technical specifications
| Property | Value / conditions |
|---|---|
| Product model | ZDS-FG1156 |
| Product series | ZDS-FluidGlide |
| Product family | High-temperature & chemical service |
| Substrates and equipment | Reactors, industrial pipelines, protective linings |
| Form and color | Coating; Typical: Dark grey |
| Working time at 25°C | Typical: 30-45 min |
| Service temperature | Typical: -40°C to +180°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?
Repair and rebuilding applications
Reactors and industrial pipelines
ZDS-FG1156 is used to repair and rebuild damaged areas on reactors and industrial pipelines. Its corrosion resistance and barrier protection support selection where the repaired area will face aggressive fluids.
Protective lining repair planning
This coating suits repair work where the damaged area, finished shape, and available access must be considered together. The repair dimensions help determine the amount of material needed, while access to the full area supports practical placement and shaping.
Prepare the work surface
Prepare the repair area using the product-specific preparation instructions.
- Inspect the damaged area and the surrounding component for loose material and contamination.
- 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 repair area and arrange access and tools before starting.
- Mix the components according to the product instructions after surface preparation and setup are complete.
- Place and shape the repair material according to the product instructions.
- 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 temperatures apply?
Recommended application temperature: 10°C to 35°C. Service temperature: Typical: -40°C to +180°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.