


Magnaflux SKC-S is an NDT-approved solvent cleaner and remover designed for pre-cleaning before non-destructive testing and for removing excess surface penetrant from inspection areas before applying developer during liquid penetrant testing. This versatile, non-halogenated solvent delivers reliable performance across a wide range of substrates.
Professional NDT Cleaner and Remover - Non-halogenated solvent formulation removes oils, greases, and contaminants while meeting low-residue requirements for NDT and aerospace penetrant testing
Key Features
- Non-Halogenated Formula: Safe, environmentally-friendly solvent without halogenated compounds for improved workplace safety
- Fast-Drying Performance: Dries quickly without leaving residue, ensuring clean surfaces for accurate penetrant testing results
- Wide Substrate Compatibility: Effective on a broad range of materials to remove oils, greases, and other surface contaminants
- NDT and Aerospace Approved: Meets low-residue requirements for critical NDT and aerospace penetrant testing applications
- Dual-Purpose Application: Functions as both pre-cleaner and excess penetrant remover in liquid penetrant inspection processes
Applications
- Pre-cleaning surfaces before liquid penetrant testing procedures
- Removing excess surface penetrant prior to developer application
- General NDT cleaning and decontamination processes
- Aerospace component inspection and maintenance
- Industrial quality control and manufacturing inspections
Specifications
Product Name: Magnaflux SKC-S NDT Cleaner/Remover
Formula: Non-halogenated solvent
Application: Liquid penetrant testing pre-cleaning and penetrant removal
Drying: Fast-drying, low-residue formula
Compliance: NDT-approved, meets aerospace requirements
Brand: Magnaflux Spotcheck
Magnaflux SKC-S maximizes inspection reliability by providing thorough surface preparation and effective penetrant removal. This non-halogenated cleaner/remover is essential for NDT professionals conducting liquid penetrant inspections where clean surfaces and residue-free preparation are critical for accurate defect detection.