PLASTIC CONDITIONER revitalizes & rejuvenates interior plastic. Use it to restore color, reintroduce moisture and add UV protection for a consistently like-new appearance with a non-oily natural matte finish.
REJUVENATES INTERIOR PLASTIC Revitalizes to restore color & moisture on faded, dried-out plastic
ADDS UV PROTECTION Formulated with UV blockers to resist fading and damage from the sun
MAINTAINS LIKE-NEW CONDITION Regular use preserves a fresh appearance year-round
LEAVES NATURAL MATTE FINISH Matte formula won’t leave greasy shine after application
Refreshes and Revitalizes Interior Plastic
Use Plastic Conditioner to rejuvenate interior plastic’s appearance, restoring lost color and evening the finish.
Protects Against UV Sun Damage
Infuses interior plastic with UV inhibitors to resist degradation of the color and material.
Returns Moisture To Surface
Rejuvenate old, dried-out interior plastic with Plastic Conditioner’s moisturizing formula.
Keeps Plastic In Perfect Condition
Regular application of Plastic Conditioner ensures moisture and protection are maintained, helping to keep a consistently new appearance.
Leaves Non-Greasy, Natural Matte Appearance
Unlike many plastic dressings, Plastic Conditioner leaves behind an even matte appearance for a natural look.
Fast & Easy Application
Restore plastic in minutes with Plastic Conditioner’s fast-working formula and straightforward application.
How Does It Work?
Plastic Conditioner works by reintroducing moisture to revitalize color & texture while infusing the surface with UV-inhibitors to resist sun degradation.
1. Shake well.
2. Squeeze a small amount onto a soft applicator.
3. Using applicator, massage into surface. Let sit for several minutes.
4. If product is fully absorbed in 10-15 minutes, a second coat is recommended.
5. Wipe excess conditioner down with cloth.
Dr. Beasley's Suggests:
For maximum results, first clean surface using Dr. Beasley’s Interior Cleanser.
Before applying, test a small amount in an inconspicuous place to check compatibility with surface.