PVC toys are beloved for their varied styles, vivid details and durability, but they easily attract dust due to static electricity. Proper cleaning for PVC toys is key to preserving their appearance and extending their service life, so how to clean these pvc toys?
- Pick a Mild Cleaning Agent
Opt for neutral detergent—it gently removes daily stains on PVC toys without corroding PVC or damaging the surface paint/protective layer. Strictly avoid harsh cleaners like high-concentration alcohol (over 90%), acetone, bleach and glass cleaner, as they can cause paint peeling/fading on PVC toys and make PVC of the toys brittle or yellowed.
- Clean with a Soft Cloth
Use lint-free, soft materials such as cotton cloths, microfiber cloths or suede cloths to wipe the PVC toys—they remove dust and stains without scratching the surface. Skip rough scouring pads, stiff brushes or ordinary paper towels when cleaning PVC toys. Wipe them with light pressure in a circular motion to minimize damage.
- Use Proper Water Temperature
Room temperature water (20-25°C) is ideal for cleaning PVC toys. If warm water is needed for better cleaning, keep the temperature below 40°C—hot water can cause PVC deformation, paint fading and seam glue melting on PVC toys. Cold water is not recommended either, as it struggles to dissolve stains on PVC toys.
- Dry Thoroughly and Quickly
After cleaning, air-dry the PVC toys in a cool, well-ventilated area, away from direct sunlight (sun exposure leads to paint fading and PVC yellowing/brittling). For quick drying, use a hairdryer on low/cool setting, holding it 15-20 cm from the PVC toy to avoid direct hot air contact.
- Do Regular Maintenance
After each cleaning and drying, apply a small amount of wax-based care solution or PVC-specific maintenance oil with a clean soft cloth, wiping the PVC toy’s surface to form a protective film. This film repels dust/stains, reduces paint wear and keeps the PVC toy looking new. For collectible PVC figures, clean them weekly and do maintenance monthly to keep the PVC toys in optimal condition.