Spring Pollen Defense

Spring Pollen Defense

Combat Savannah's notorious yellow pollen with our proven 4-layer protection system.

From March through May, Savannah becomes blanketed in yellow pine pollen that clings to every surface. Our Spring Pollen Defense treatment creates an electrostatic barrier that prevents pollen adhesion while making subsequent washes effortless.

The process begins with a citrus-based stripping wash to remove existing pollen residue, followed by application of our proprietary polymer blend. This creates a slick surface that causes pollen to slide off rather than embed in paint pores. We treat all glass and trim with anti-static solutions to maintain visibility during peak pollen season.

Recommended for allergy sufferers and vehicles parked beneath Savannah's abundant pine trees, particularly in Ardsley Park and Gordonston neighborhoods where pollen accumulation is heaviest. Treatment lasts through approximately 12 washes or 8 weeks of typical Savannah spring weather.

Our Process

  1. 01 Step 1: Citrus degreasing to dissolve pollen oils
  2. 02 Step 2: Paint decontamination with fine-grade clay bar
  3. 03 Step 3: Application of pollen-repellent polymer matrix
  4. 04 Step 4: Glass treatment with rain-activated anti-static solution

Benefits

  • Reduces pollen adhesion by 92% (verified by independent testing)
  • Eliminates yellow staining on trim and moldings
  • Makes weekly rinses 75% faster during pollen season
  • Includes complimentary mid-season refresh for registered clients

Frequently Asked Questions

Will this prevent pollen from sticking to my windshield?

Our glass treatment creates a surface tension that causes pollen to bead up and wash away at speeds above 35mph or during rain.

Is this safe for matte paint finishes?

We use a specialized formula for matte and satin finishes that provides protection without altering the texture.

How does this compare to regular wax?

Traditional carnauba wax actually attracts pollen due to its porous nature, while our treatment creates an ionic barrier that repels it.