VP NANO-EVERO Weapon Nanocleaner
VP NANO-EVERO Weapon Nanocleaner
Silane-Based, PFAS-Free Weapon Cleaner with Nano-Protection Against Fouling, Corrosion & Residue Build-Up.
Benefits
- Effectively removes smoke, soot, burnt powder, and tombac (copper/zinc alloy) residues
- Eliminates stubborn black powder and lead deposits
- Forms a 10–50 nm protective nanocoating to resist future deposits
- Protects internal weapon surfaces from rust and corrosion
- Free from resin, silicone, acrylics, Teflon, PFAS, and harsh solvents
- Safe for use on plastics, rubber, ceramics, treated and untreated metals
- Prevents corrosion and long-term damage from salts and humidity
- Gentle on all materials - safe for black finishes, metals, plastics, rubber, and more
- Neutral formulation compatible with various materials (ceramics, aluminum, glass, stainless steel, etc.)
- May extend firearm service life by 30–50% (based on field tests)
Performance & Testing
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Penetrates deep into inaccessible areas for thorough internal cleaning
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Corrosion protection tested via repeated use—helps reduce formation of new salt deposits
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Field reports suggest potential 30–50% increase in weapon service life (tests ongoing)
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Does not affect surface finishes like blacking or bluing
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Neutral on conventional materials including stainless steel, aluminum, brass, and coatings
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Free from harmful polycyclic, fluorinated, or chlorinated hydrocarbons
Specifications
| Density (g/ml) | 0.97 |
| Flash Point (°C) | > 250 °C |
| Colour | Greenish opaque |
VP NANO-EVERO Weapon Nanocleaner is a precision firearm maintenance solution engineered with advanced silane-based nanotechnology. It cleans internal components by removing complex fouling including tombac, lead, zinc, burnt powder, and other combustion residues. Unlike standard cleaners, it leaves behind a nano-layer (10–50 nm) that prevents further fouling and provides long-lasting rust and corrosion resistance. Safe for a wide variety of surfaces, including raw and treated metals, ceramics, and rubber, it helps maintain technical cleanliness, prolongs firearm life, and ensures consistent mechanical performance. The formulation is entirely free from PFAS, PFOA, silicone, resins, acrylics, and aggressive solvents, making it a reliable and environmentally safer alternative.
Open or Close What kind of residues does Vetro Power Weapon Nanocleaner remove?
It removes smoke, soot, burnt powder, tombac (copper/zinc alloy), lead, and stubborn black powder deposits.
Open or Close Does this cleaner protect against corrosion?
Yes, it leaves behind a nano-thin protective coating that prevents rust and corrosion after cleaning.
Open or Close Can it be used on hot barrels?
No. It should be used on cold or warm barrels only (maximum temperature: 40°C). Avoid application on hot weapon surfaces.
Open or Close Is it safe for the firearm’s finish?
Yes. The formulation is designed to be gentle and does not damage common firearm finishes, including blacking and bluing.
Open or Close What materials is it compatible with?
It is compatible with plastics, rubber, glass, paints, ceramics, brass, aluminum, stainless steel, zinc, and untreated metals.
Open or Close Does it contain harmful chemicals?
No. It is free of resins, silicones, acrylics, Teflon, aromatic solvents, and halogenated hydrocarbons like fluorine or chlorine compounds.
Open or Close How is it different from conventional weapon cleaners?
Unlike traditional cleaners, VP Nano-Evero Weapon Nanocleaner not only removes combustion and metal residues but also deposits an ultra-thin (10–50 nm) nanocoating that prevents re-contamination, offers corrosion resistance, and reduces the frequency of cleaning cycles.
Open or Close Does it damage weapon finishes or coatings?
No. The formulation is surface-safe and finish-friendly. It does not harm bluing, black oxide, or any conventional firearm surface treatments. It is also neutral towards rubber, plastic, glass, ceramics, aluminum, stainless steel, brass, and untreated metals.
Open or Close How does this product help extend firearm life?
By reducing internal wear caused by corrosive residues and maintaining a cleaner, friction-reduced environment within the firearm’s action and barrel, regular use may contribute to a 30–50% extension in functional service life (as observed in early field evaluations).
Packaging
