XCON — Water Spot & Mineral Deposit Remover

XCON quickly dissolves hard water spots, mineral deposits (calcium/lime), and related buildup on paint and glass, restoring a clean, uniform surface that’s ready for polishing or protection.

What XCON Does

• Breaks down mineral-bound contamination that regular washing can’t remove.
• Speeds prep before compounding, sealing, or ceramic coating.
• Targets problem areas on glass and glossy exterior plastics when used as directed.

Where to Use It

• Automotive paint, exterior glass, glossy non-porous plastics.
• Avoid hot panels or direct sun. Do not use on bare/polished aluminum or other sensitive, uncoated metals. Always spot-test first.
• Avoid ceramic coatings: High-concentration acids can break down the polymer chains that bind the SiO_2 particles. This "softens" the coating, making it lose its hardness. The acid can "strip" the top layer of the coating that provides the water-beading effect. Even if the coating isn't fully gone, it will stop performing (water will "sheet" or "flat" instead of beading).

Directions

1. Wash and dry the vehicle first.
2. Work on a cool surface. Spray XCON onto the panel (or onto a microfiber for controlled application).
3. For water spots: gently work the area until deposits dissolve, then wipe clean.
4. For heavier mineral buildup: allow a brief dwell (~3 minutes) while monitoring, then rinse thoroughly. Do not let product dry.
5. Follow with a pH-neutral wash or rinseless wipe-down to neutralize residues.

Safety & Care

• Acidic chemistry — wear gloves/eye protection.
• Do not use on hot surfaces or in direct sunlight. Do not allow to dry.
• Rinse tools and towels after use. Always test in an inconspicuous area first.

Pairs Well With

• ROGUE — Touchless Alkaline Pre-Wash — strips road film before XCON so mineral treatment works faster and safer.
• SYNERGY — Rinseless Wash Concentrate — quick neutralizing wipe-down when working indoors or in low-water situations.
• PURGE — Iron & Fallout Remover (HI-CON) — complements XCON by targeting iron contamination after mineral removal.