Skip to product information
1 of 4

ValentinePerformance

VPD Rubber, Vinyl & Leather Reviver 16oz - Car Detailing Conditioner for Tire Shine, Trim & Interior Renewal, Water-Based, Non-Greasy, Protects & Refreshes Your Tires, Dashboard & Car Interior

VPD Rubber, Vinyl & Leather Reviver 16oz - Car Detailing Conditioner for Tire Shine, Trim & Interior Renewal, Water-Based, Non-Greasy, Protects & Refreshes Your Tires, Dashboard & Car Interior

EVA foam head designed to remove snow without scratching roofs or solar panels.

⏳ Temporarily unavailable · Restock in 10–15 days Contact us for restock updates
Regular price $25.00 USD
Regular price Sale price $25.00 USD
Sale Temporarily unavailable
Quantity

About This

  • Multi-Surface Restoration: Perfect for a broad range of surfaces in your vehicle including rubber, vinyl, leather, and plastic. Ideal for interior and exterior applications like tires, dashboards, door panels, and seats, our formula hydrates without causing damage or cracking.
  • Improved Appearance: Elevate your vehicle to showroom quality with VPD's Rubber, Vinyl & Leather Reviver. Achieve a glossy, wet shine or a subtle, matte finish to suit your preference. Radiate a like-new appearance whether you let it sit or wipe immediately.
  • Robust Protection: Fortify your vehicle's leather, vinyl, rubber, and plastic against the elements. Our premium formula not only restores the deep black look but also provides a protective barrier against weather and UV damage, ensuring enduring beauty and longevity.
  • Simple Application: VPD's sprayable formula ensures a hassle-free, professional-grade application for tire shine and surface renewal. Its non-greasy finish on leather, vinyl, rubber, and plastic prevents dirt attraction, maintaining your vehicle’s pristine condition.
  • Comprehensive Car Care Solution: Beyond surface restoration, VPD is an essential part of your detailing regimen, suitable for use with various car detailing tools. It enriches your maintenance kit, ensuring your vehicle looks impeccable, regardless of the surface.
View full details