Founded in California by a group of materials science PhDs and master automotive wrappers, SHYNIX was born out of frustration. Standard protective films on the market either yellowed, altered the vehicle's gloss lines, or were extremely difficult to install on complex carbon fiber panels.
By investing heavily in elastomeric polymer research, we developed a chemical formula that heals itself instantly under sun exposure while maintaining perfect optical clarity. Today, SHYNIX PPF protects some of the rarest hypercars in the world.
We believe in building paint protection products that stand up to the most extreme environments.
Our films are designed to remain completely invisible, deeping the natural paint gloss without introducing orange-peel texture.
From custom computer-cut template patterns to advanced chemical formulas, every detail is engineered for precision.
We support installers worldwide with comprehensive training, premium marketing assets, and a state-of-the-art warranty tracking portal.
SHYNIX is founded in Los Angeles by a team of material scientists and elite automotive installers, starting research on advanced thermoplastic polyurethanes.
We launch the first iteration of hydrophobic PPF, eliminating the need to apply ceramic coatings over the film to achieve water-beading performance.
SHYNIX introduces S150 Extreme Gloss, featuring an elastomeric top layer that heals swirl marks in under 10 seconds under heat.
Global rollout of T150 Satin Matte Paint Protection Film, giving car enthusiasts the ultimate frosted-satin finish with robust impact resistance.
Introduction of an advanced anti-yellowing molecular structure with extreme resistance to harsh chemicals, solvents, and acid pollutants.
Expansion of the catalog to include piano-finish Shadow Black PPF and self-healing tint guards for headlights and trim panels.
All film extrusion takes place in Class 100 dust-free cleanrooms, guaranteeing no microscopic particles are trapped in the film adhesive.
Every roll of SHYNIX PPF undergoes meticulous optical and mechanical QA tests. We measure tensile strength, peel adhesion values, and self-healing response at multiple temperatures before packaging.