HPC 2.0
Hybrid Polysiloxane Coating
HPC 2.0, is the new revolutionary coating with technology that gives super hydrophobicity, silk effect and long-lasting protection up to 24 months or 30,000 km, thanks to its special formula that combines the elasticity of Polysiloxane with polymers innovative new generation.
HPC 2.0: protection and gloss within everyone's reach!
If you want protection that is simple to apply but with professional performance, HPC 2.0 is the solution you were looking for.
HPC 2.0 represents a step forward in the study and formulation of new generation hybrid coatings. Compared to the previous version, thanks to advanced research in the world of polymers, and specifically Polysiloxane, its formula establishes a new standard in the world of protective coatings for cars.
This combination of polymers not only ensures a high-quality super hydrophobic protective coating, but the "silk" feel to the touch and the extraordinary self-cleaning capabilities drastically reduce the risk of scratches , especially during the hand washing phase, keeping the car in impeccable condition for longer.
Easy to apply and with fast drying times, HPC 2.0 is designed to offer maximum comfort and efficiency, allowing you to achieve exceptional results with minimal effort.
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- PFAS FREE: your health is more important than any result. The entire Labocosmetica collection is free of PFAS or Forever Chemicals.
- Extreme ease of use: designed even for those who have never applied a coating in their life.
- Dust Out Technology: Allows application in open places, ideal for those who work in mobile detailing.
- Greater Economy: Reduced consumption of cloths for removal during application, requiring fewer microfiber cloths for treatment.
- Superior silkiness: Gives an ultra-smooth and silky finish to the treated surface, improving the aesthetic appearance and pleasantness to the touch.
- Versatile: it can be used as a stand alone coating or as a top coat
- I forgive you technology (error tolerance): did you do something wrong during the application? No problem! HPC 2.0 allows you to correct errors even after several hours.
- Perfect for opaque cars: it does not change the finish of the bodywork and the color saturation even if it is overlapped during application
- Three-dimensional gloss: amplifies the particularity of the car’s color to the point of making it appear three-dimensional
- Halo-free: the new HPC 2.0 formula guarantees uniform application and easy removal, without leaving traces.
- Save time and effort: it can now be applied by proceeding on larger surfaces, up to 60×60 cm, compared to previous coatings, even with faster movements. Application and removal are quick and simple, for flawless results in just a few steps.
- Reduces the possibility of creating scratches and abrasions thanks to the smooth and silky finish that remains over time for up to 24 months or 30,000 km
Make sure the surface is totally clean and free of contamination.
- Remove any residue of previous coatings, waxes and paints before proceeding with the application.
- In case of scratches, swirls and holograms, it is necessary to proceed with mechanical polishing of the surface.
- The surface must be adequately degreased with Veritas before applying the coating.
- If you wish to apply a second layer of coating as a top layer, avoid degreasing the surface over the previously applied coating.
Instructions for Use:
For best results, it is essential to properly prepare the car’s surface, making sure it is clean and dry.
Apply HPC 2.0 evenly, following the specific instructions provided in the package for drying times and application methods.
Instructions:
Results:
Dilution:
Car parts
Materials
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HPC 2.0
Polysiloxane and Polysilazane polymers
Polysiloxanes are inorganic polymers that contain a backbone of silicon and oxygen (Si-O) atoms, also known as silicones. Polysiloxanes are appreciated for their flexibility, resistance to low temperatures, water repellency and insulating properties.
Polysilazane, on the other hand, is a type of inorganic polymer that contains both silicon (Si) and nitrogen (N) in its basic structure. These compounds are known for their excellent thermal and chemical resistance properties, as well as their ability to form hard, protective coatings.
Due to these characteristics it is often used in the aerospace sector for protective coatings of components that must resist extreme environmental conditions.
The main difference between the two lies in the chemical composition and the resulting properties.
Polysiloxanes, with their Si-N structure, tend to offer greater hardness and thermal resistance than Polysiloxanes, making them particularly suitable for applications involving require high performance protective coatings. Polysiloxane, with their Si-O structure, are instead more flexible and insulating, making them ideal for highly water-repellent protective coatings for clear and long-lasting beeding and sheeting .
