Webbing Clothes Moth (Tineola bisselliella) is the dominant Australian textile moth across museums, heritage collections, libraries, and high-end hospitality wardrobes. Adults are pale gold with a cream-tipped head; larvae spin silk webbing through textile fibres. Case-Bearing Moth (Tinea pellionella) is the runner-up. Larvae carry a small silk case spun from textile fibres they are feeding on; adults are slightly darker and patterned. The Fruit Fly + the moth identification frame Pest IT supplies carries the species comparison at field-pestie depth.

Clothes moth larvae digest keratin: the structural protein in wool, silk, fur, and feather fibres. Larval feeding leaves irregular feeding holes through textile fabric, silk webbing tubes through dense fibres, and frass deposits at feeding sites. Heritage textile damage is irreplaceable. Feeding on a 19th-century wool tapestry or a museum-grade fur cape removes material the conservator cannot replace. The conservation log records every damage event for collection-care decision-making.

Conservation-grade documentation depends on a conservation log keyed to the collection-care framework. Pheromone trap placement is mapped to the collection layout; capture counts log on each rotation visit; corrective action (chemical-light protocol, controlled freezing, anoxic treatment, or collection rehousing) logs as a conservation event. Australian museum / heritage / library IPM standards (AS/NZS guidance) frame the documentation. Pest IT supplies the literature.

Cross-pest conservation sweeps catch clothes moths and carpet beetles in one site visit. Both species damage keratin-based textiles; both respond to pheromone monitoring + chemical-light protocol. The Killgerm AF Black Box Insect Pheromone Pads cover multi-pest reach. The Carpet, Museum & Heritage Beetles collection holds the textile-damage beetle biology and the conservation-grade frame for cross-pest collection sweeps.

Clothes moths feed on keratin-based fibres (wool, silk, fur, feather); pantry moths feed on stored grain / flour / dried product (carbohydrates and stored carbohydrates). Different species, different venue context (museum vs dry store), different pheromone lure. The Pantry Moths & Food Moths collection holds the dry-store moth biology: separate species, separate venue context. The 2-in-1 combo trap covers both pheromone profiles in one SKU when a high-end hospitality site carries both pressures (kitchen pantry + wardrobe).

Museum clothes moth treatment leans on chemical-light protocols: controlled freezing of affected items (-30°C for 72 hours), anoxic treatment (controlled-atmosphere nitrogen flushing), heat treatment (50°C+ for 4 hours, where fibres tolerate), and pheromone-based monitoring as the primary detection layer. Conventional pesticides risk fibre damage, dye lift, and fur staining; conservation-grade IPM treats them as a last resort. Pest IT supplies the safety guidance for chemical-light intervention.