Vetro Power Fabric & Leather Upholstery Protector Spray 3.38 fl oz (100ml) Invisible Liquid Water Stain Spills Protection for Furniture Sofas Couches Chairs Pillows

Key features

• INNOVATIVE GERMAN TECHNOLOGY: Vetro Power Fabric & Leather Protector 100ml (3.38 fl oz) uses powerful Nanotechnology to create an invisible water, liquid, stain & spill protection for your fabric, leather & textile surfaces against everyday hazards including water, coffee, tea, wine and more. Strong protection that penetrates into the fibres & blocks stains so they don't set in.
• LONG LASTING & DURABLE. NO RE-SPRAYING EVERY DAY OR WEEK, SINGLE APPLICATION LASTS UPTO 12 MONTHS. Spray the surface directly to get more coverage, so less product is used, saving consumer's money. A single application will protect upto a year, depending on usage. For best results, reapply every 9-12 months or when water protection effect starts wearing off. Stains are prevented while maintaining breathability of the surface, which is crucial for preserving fabric lifespan.
• ENVIRONMENT FRIENDLY & SAFE-TO-USE: Vetro Power Fabric & Leather Protector Liquid & Stain Protection is water-based, fluorocarbon-free & leaves no smell. Free of harmful solvents & aggressive chemicals. The product is safe for you, your family & pets.
• WORKS ON ALL TYPES OF FABRIC & LEATHER: Vetro Power's Fabric & Leather Protector is safe to use on all absorbent textiles & leathers including fabric, cotton, polyester, linen, suede, nubuck, unpolished leather, nylon, synthetics, canvas, sheepskin, wool & silk. The spray doesn't change the color, texture, look or feel of the coated surface & will not damage the material. Leaves no spots or patches. Stains & messes will not be absorbed & can be wiped off with a paper towel or microfibre cloth.
• EASY TO APPLY: Quick & easy application. Spray your fabric & upholstery, let it dry and cure for 24 hours and you're ready to go! 2 coats are recommended for thicker material. Suitable for upto 25 square feet depending on absorbency & shape of the surface.