We've spent 89 years engineering rubber for the harshest chemical environments in industrial processing: stainless pickling acids, caustics, solvents, hot process chemistry. Our chemist reverse-engineers incumbent compounds, breaks vendor lock-ins, and builds rubber linings + roll covers that survive what "chemical resistant" off-the-shelf compounds can't. Real numbers below.
One supplier has "the only compound" that survives your acid chemistry. They know it. Prices keep climbing. Lead times stretch. You have no leverage. We've broken this exact monopoly before — 40% lower cost, same performance.
Off-the-shelf CSM/Hypalon, Viton, EPDM has a published "chemical resistance" rating that doesn't survive your actual process chemistry at temperature. Generic ratings aren't engineering. Real testing in your acid is.
The lining itself survives the acid. The cement and weld lines don't. We use cements and compounds from top US material suppliers, and our installers have decades of experience preventing the predictable failure points.
The compound starts at the right durometer. After months in service, chemical exposure causes hardness drift — the rubber goes brittle or soft. Predictable service life requires compounds engineered to resist drift, not just initial chemical attack.
When the rubber degrades, it sheds particles, plasticizers, or oligomers into your process stream. The cover failure isn't just a maintenance problem — it becomes a product contamination problem. The right compound stays inert.
Your process sees acids, caustics, solvents, and rinse water in sequence. No single off-the-shelf compound handles all of them well. Custom formulation lets us tune for the WORST exposure in your sequence, not the average.
Each compound below was developed to solve a real chemical compatibility problem on a real customer process. Download the spec sheets, then tell us which roll positions you're running and we'll recommend the right one — or build you a new formulation if none of these match your environment.
Engineered from scratch for stainless steel pickling lines. The compound that broke a sole-source vendor's monopoly — 40% lower cost, matched performance, faster turnaround. The featured case study above.
Download Spec SheetChemical-resistant compound engineered for applications where standard rubber gets attacked by your process chemistry. Built to handle multi-chemical environments and resist swelling and degradation.
Download Spec SheetWet service polyurethane engineered for continuous water and process fluid exposure. For rinse stages, cleaning stages, and aqueous chemical contact positions.
Download Spec SheetHigh-strength compound balanced for chemical AND mechanical service. Stable under continuous heat, pressure, and cycling. Resists hardness drift over the full service life — the cover stays in-spec.
Download Spec SheetDrawing, failure history, chemistry, temperature, line speed, prior compound. Whatever you have.
The right compound from our 150+ library — or a new formulation engineered specifically for your line.
Independent third-party labs run immersion, abrasion, tensile, and durometer testing. Data backs every claim.
Roll covered in our Memphis shop, dynamically balanced if needed, complete roll analysis package shipped with the order.
Tell us about your chemical service: the acids, caustics, solvents present. Temperature. The compound that's failing now (and what supplier owns it). Our chemist will analyze, send back a specific compound recommendation, and tell you whether we can reverse-engineer an alternative to break the vendor lock-in.
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