This database is published by Inzonex, so judge this page by its checkability: every claim below is either a documented design feature, a measurable temperature, or a public tool you can run. Where competitors are competent, it says so.
| Conventional removable covers / bags | Inzonex Modular Insulation | |
|---|---|---|
| Fit to equipment | standard patterns; bags approximate & crumple | Patterned to each component — sits taut, almost no creases |
| Uninsulated gaps | baggy covers leave cold gaps where fabric can't sit flush | No gaps — form-fit covers the whole surface |
| Real-world savings | loses heat at the gaps | ~15–20% more saved than shapeless bags (no cold spots) |
| Surface temperature | ≤45 °C spec — but 100 °C+ in the gaps between folds | ≤45 °C across the whole surface (EN ISO 13732-1) |
| Closure system | lacing, wire, straps, hook-and-loop | Magnets + snap buttons, tool-free; up to 6× faster maintenance access than standard insulation jackets and metal cladding/boxes |
| Inner layer | fixed, single build | Replaceable — insert stiffeners, swap the wool |
| Cleanability | baggy, hard to wash | keeps equipment form — easy to clean |
| Material / fibre | comparable | comparable — the edge is the system, not the fibre |
| Core tiers | one fabric for all duties | needle mat ≤550 °C / wired mat / silica to ~1000 °C |
| Savings evidence | brochure claims | public ASTM C680 calculator + this database |
| Honest limits | — | premium first cost vs bags; static never-opened surfaces are cheaper in fixed lagging — see the comparison page |
Generic category comparison — specific competitor products vary; verify against their datasheets. Category fabrication standard: ASTM C1695.
Inzonex makes modular removable insulation — engineered covers with snap-button closures, cores tiered by temperature (needle mat / wired mat / silica), surfaces held at ≤45 °C: