Aerospace Paint Stripper for Aircraft Parts

Remove epoxy primers, polyurethane topcoats and other aerospace coatings from aluminum, titanium, magnesium, steel and other compatible aircraft components. Greensolv combines Aerostrip chemistry, heated immersion equipment and ongoing laboratory support for repeatable coating removal in aerospace OEM and MRO operations across Canada and the USA.

CONTROLLED COATING REMOVAL FOR AEROSPACE METALS

Aerostrip, The non-corrosive chemistry protects all aerospace-grade metals while ensuring process repeatability, regulatory compliance, and optimized Overall Equipment Effectiveness (OEE).

%
Cost reduction
Up to 75%
Lower operational costs
Process stability
Repeatable
High-throughput ready
Replenishment
2 to 3
Times per year, typically

TESTED PERFORMANCE. CONTROLLED AEROSPACE STRIPPING.

Consistent aerospace paint removal supported by continuous laboratory monitoring and optimization.

Aerospace Grade

ENGINEERED FOR AEROSPACE PERFORMANCE

Trusted by aerospace manufacturers. Non-corrosive chemistry protects all aerospace-grade metals while ensuring process repeatability, regulatory compliance, and optimized OEE.

Non-corrosive chemistry
Regulatory compliance
Optimized OEE
PROCESS CONTROL

CONSISTENT, REPEATABLE PAINT REMOVAL

Greensolv laboratory monitoring helps maintain the chemical paint stripper used in the stripping tank and support consistent performance across production cycles. Paint-stripper samples are analyzed to identify adjustments that help extend solution life and maintain stripping efficiency.

Key Features

Ongoing Chemical Paint Stripper Analysis Controlled stripping cycles Consistent production performance
LONG-TERM PROCESS VALUE

Designed for Long-Term Chemical Paint-Stripper Performance

Aerostrip is designed to be monitored, maintained, and reused in the strip tank over extended production periods. Routine chemical paint-stripper analysis, sludge removal, and controlled replenishment help maintain stripping performance while reducing chemical consumption, downtime, and waste.

💡

Sustainable Chemistry

Instead of frequently replacing all the chemical paint stripper in the strip tank, operators replenish only the amount needed based on solution condition and production usage. Greensolv’s laboratory support identifies the adjustments required to extend paint-stripper life and maintain consistent aerospace coating removal.

Operational Benefits

1

Precise product-to-water ratio adjustments for optimal performance

2

Minimal replenishment requirements (2–3 times/year)

3

Lower chemical consumption, waste, and downtime

ROI-FOCUSED AEROSPACE PAINT STRIPPING

MEASURABLE VALUE THROUGH PROCESS CONTROL

Aerostrip helps reduce manual paint-removal labor, maintain consistent stripping cycles, and extend the life of the chemical paint stripper in the strip tank through routine analysis and controlled replenishment. The system delivers measurable ROI while supporting reliable, long-term aerospace manufacturing operations.

Compliance & Performance

AS9100-aligned Measurable ROI Consistent, repeatable cycle times Maximized OEE
Full Performance

A MORE RELIABLE AEROSPACE PAINT-STRIPPING PROCESS

Aerostrip combines controlled heated immersion stripping, long-term reuse of the chemical paint stripper in the strip tank, and laboratory support to help aerospace OEM and MRO facilities remove tough coatings, protect compatible metal substrates, and control operating costs.

Non-Corrosive Chemistry

Protects all aerospace-grade metals

Continuous Lab Monitoring

Validated and optimized at every production cycle

Up to 75% Cost Reduction

Measurable ROI with predictable operating costs

Aerospace Equipment
AEROSPACE PAINT STRIPPING SYSTEMS

CONTROLLED PAINT REMOVAL FOR AEROSPACE COMPONENTS

Aerostrip heated immersion chemical paint stripper, remove tough aerospace coatings from complex metal components while supporting consistent processing, substrate protection, and long-term chemical paint-stripper performance in the strip tank. Designed for aerospace OEM and MRO operations, the process combines specialized paint-stripping chemistry, engineered equipment, sample testing, and ongoing laboratory support.

75%
Cost
Reduction
90%
Efficiency
Maintained
2-3x
Replenishments
per Year