Silca Ultimate Graphene Spray Wax
Product Details
The Silca Ultimate Graphene Spray Wax delivers professional-grade paint protection through advanced nano-technology that bonds a graphene-infused layer directly to bicycle finishes. This next-generation formula provides serious cyclists with a slick, ultra-durable shield that maintains factory-fresh appearance while defending against the environmental damage that degrades paint quality during regular riding and storage.
The graphene-infused coating creates a surface twice as hard as conventional ceramic coatings, delivering unmatched durability that resists the accumulated damage from mud, water, and road debris. This remarkable hardness prevents the scuffs and swirl marks that commonly develop during cleaning, transport, and outdoor storage, ensuring painted surfaces maintain their pristine appearance far longer than untreated finishes. The advanced formula repels moisture and contaminants before they bond to paint, dramatically simplifying maintenance and extending the intervals between deep cleaning sessions.
Protection extends up to 90 days with standard application, providing meaningful durability across multiple seasons of active riding. The effortless spray-on, wipe-off application requires minimal technique or specialized equipment—simply spray the formula onto clean paint, wipe with a soft cloth, and buff to reveal a deep, glossy shine that restores factory-fresh appearance and smoothness. The 16 oz spray bottle format provides convenient, portable sizing ideal for repeated touch-ups and maintenance throughout the riding season.
Key Features
- Graphene-Infused Formula: Creates surfaces twice as hard as ceramic coatings for unmatched durability and protection
- Long-Lasting Protection: Shields against grime, scuffs, and swirl marks for up to 90 days between applications
- Effortless Application: Convenient spray-on, wipe-off formula delivers factory-fresh finish without specialized equipment
Note: Avoid contact with brake surfaces during use to prevent potential interference with braking performance.