Targeted solutions for specific laundry challenges and enhanced performance
Specialty treatment products that solve persistent problems: rust and iron staining, protein soil removal, residual chlorine neutralization, and whiteness optimization. Engineered to complement your core wash program with precise problem-solving chemistry.
Enzyme Effectiveness Boost
Whiteness Improvement
Specialty Products Available
Why Specialty Chemistry?
Targeted chemistry for specific challenges your core wash program doesn't address.
FEATURED PRODUCT · PFAS-FREE
HydroBarrier Pro™ — Non-Fluorinated Water Repellency, Heat-Cured for Performance
As PFAS regulations tighten, industrial laundries need water-repellent chemistry that performs without fluorochemicals. HydroBarrier Pro is WSI’s bio-based, PFAS-free water barrier — heat-activated to bond directly to fibers for durable, repeatable repellency on healthcare linens, hospitality textiles, and workwear. No PFAS. No classified CMRs. Full performance.
- PFAS-free, non-fluorinated formulation
- Heat-activated bio-based chemistry
- Built for evolving regulations
Targeted chemistry for specific challenges your core wash program doesn't address
Specialty Products FAQ
Add them when you have a recurring issue your core program is not solving, like rust stains, protein soils, chlorine damage, dull whites, or hard water buildup.
In most cases, yes. Compatibility depends on your process, pH, and bleach type, so we validate fit and dosing for your system.
We identify the root cause first, based on fabric samples, wash formulas, water conditions, and stain type, then recommend the correct product and dose.
Not usually. Because they are targeted, they are used only when needed and often reduce rewashes, rejects, and textile replacement costs.
Sometimes. It depends on chemistry interactions and sequence. We can map the correct order and confirm compatibility.
Store sealed in a cool, dry area, out of direct sunlight, and away from extreme temperatures. Follow the product label for handling and storage guidance.
