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ADD VINYL FABRIC TREATMENTS
(SPECIAL ENHANCEMENTS)
In this step of our custom vinyl fabric development process, we build the treatment package that protects the fabric and helps you meet code.
The base coating gives your fabric strength. Vinyl fabric treatments decide how it survives real use: sunlight, heat, cleaners, kids, impact and moisture. That is true whether you are building athletic padding, industrial curtains, dock seals, truck tarps, specialty covers, healthcare surfaces or tensile architecture membranes.
Working with your team, together we design a package of UV resistant vinyl fabric topcoats, fire retardant vinyl chemistries, antimicrobial vinyl finishes, and CPSIA compliant vinyl options that fits your application and your budget.
CLICK EACH BUTTON TO LEARN MORE ABOUT WHY TREATMENTS MATTER
UV inhibitors and color hold topcoats for outdoor life.
Fire Retardant (FR) vinyl chemistries engineered to meet standards like NFPA 701, CSFM, and ASTM E84 when specified.
CPSIA compliant vinyl treatments for schools, playgrounds and other child facing spaces, targeting restricted phthalates, heavy metals, and easy clean surfaces.
Material protective antimicrobial vinyl finishes that help resist mold, mildew and odor causing bacteria in healthcare, marine and other high humidity or high traffic areas.
WHY FABRICATORS CARE
WHAT WE HELP YOU DECIDE
✅ Fewer warranty claims from fading, odor, staining, or early failures
✅ Faster approvals where FR or CPSIA compliant vinyl is required
✅ Cleaner graphics and easier maintenance with the right lacquer/topcoat
✅ Clear spec language your sales, engineering and purchasing teams can stand behind
✅ Target codes and environments (indoor, outdoor, marine, healthcare, schools)
✅ Cleaning chemistry and frequency in the field
✅ Lifespan expectations and color retention targets
✅ Budget versus performance across different vinyl treatment packages
WHY VINYL TREATMENTS MATTER
Industrial use pushes vinyl to its limits. Sunlight fades color, heat weakens molecular bonds, and microbes attack unprotected surfaces.
One wrong mix wrecks durability, flexibility, and lifespan before it ever leaves the line. So once the formulation is locked, we shift to throughput: roll width sizing and slitting that reduce waste and speed welding
