ZR-10C
Hydrophilic Emulsifier
Designed to remove excess surface penetrant, ZR-10C minimizes surface background during Method D fluorescent penetrant testing while protecting indication integrity in critical component inspections.
This Method D remover reduces fluorescent background on rough surfaces and minimizes penetrant bleed-out from hollow parts. ZR-10C works with Magnaflux PE penetrants ZL-2C Level 2, ZL-27A Level 3 and ZL-37 Level 4 for verified penetrant system reliability.
ZR-10C provides long tank life and excellent solution consistency for dependable, long-lasting performance in a variety of applications.
- Reduces bleed-out on hollow parts
- Reliable results
- Usable in a wide range of concentrations
- Excellent control over removability
- Biodegradable
Maximise penetrant inspection process control
- PE penetrant system is less susceptible to human error since ZR-10C only works with rinse water to remove excess surface penetrant.
- Maintains solution consistency for dependable performance with minimal agitation
Wide range of inspections
- Flexible to work with many types of equipment and application methods
- Inspect a wide range of high-value components without fear of corrosion or specification non-conformance
Maximise operator comfort and safety
- Promotes better inspection quality by providing the operator with a more comfortable work environment
- Reduces discomfort from strong odours
Ordering Information
25 litres: 065C002
200 litres: 065C003
Product Properties
NDT Type: Fluorescent Penetrant Testing, Visible Penetrant
Testing
Penetrant Type: Type 1, Type 2
Applications
Ideal Application: Castings, Detecting fine to very-fine
discontinuities, High-stress parts, Investment castings, Precision components,
Safety-critical components, Turbine engine blades, disks, etc.
Defect Examples: Cracks, Porosity, Scratches, Seams
Compliance
Standards: AMS 2644, ASME BPVC, ASTM E1417/E1417M, ASTM
E165/E165M-18, ISO 3452-2, MIL-STD-2132, Pratt & Whitney PMC 4355, Rolls
Royce RRP 58003 (CSS 232), SAFRAN Pr 5000/In 5000