RAPID-ACTING: This product is designed for efficient heat-transfer vinyl removal, Efficiently dissolves and removes heat-transfer vinyl (HTV) from fabrics, tackling even stubborn printed patterns and decals without harsh scraping.
Powerful stain removal POWERFUL STAIN REMOVAL: Specifically formulated to remove fabric prints, it tackles stubborn printed markings, stains, and strong adhesives—leaving no traces.
Textile Safety Protection TEXTILE SAFETY PROTECTION: Safe for most fabrics, gentle on textile surfaces without damage. It removes unwanted prints without causing fading, discoloration, or fiber damage
DUAL-PURPOSE ADHESIVE REMOVER: Beyond HTV removal, it functions as a reliable adhesive remover. Effortlessly gets rid of sticker residue, glue marks, and adhesive buildup on fabrics and other materials—adding more value to your purchase.
NO COMPLICATED STEPS REQUIRED: simply apply the remover to the target area, leave it to penetrate for a short while, then wipe or peel off the print/adhesive. It's the hassle-free solution for hand-altering fabrics and repairing garments
USAGE PRECAUTION: Avoid excessive application on plastic panels. For prolonged use, switching to a metal scraper is recommended for optimal results.
IMPORTANT PURCHASE NOTE; Our R&D team tested multiple formulations to make it smell more pleasant while keeping its performance strong—but unfortunately, we weren't able to strike that balance. This is the only formulation that delivers the best results, though it has a more noticeable scent (as some reviews have mentioned). So we recommend keeping this in mind as you decide whether to purchase.
Description
This product is specifically designed to remove stubborn adhesives and heat-transfer vinyl (HTV) from fabrics—thoroughly eliminating printed markings, stains, stickers, decals, and residual sticky substances. Gentle on textile surfaces, it removes unwanted prints without causing fading, discoloration, or fiber damage. It also works as a reliable adhesive remover, swiftly tackling various adhesives and heat-transfer patterns for versatile use.