C
Species Profile

Clothes Moth

Tineidae

Keratin recyclers-sometimes in your closet
Thomas Kleidysz/Shutterstock.com
Clothes moth resting on fiber

At a Glance

Family Overview This page covers the Clothes Moth family as a group. Stats below are general traits shared across the family.
Also Known As Clothing moth, Garment moth, Fabric moth, Textile moth, Wardrobe moth, Carpet moth, House moth
Diet Detritivore
Activity Nocturnal+
Lifespan 6 years
Weight 6.0E-5 lbs
Status Not Evaluated
Did You Know?

Only a minority of Tineidae are true "clothes moths"; many tineid larvae instead eat fungi, lichens, leaf litter, or animal nests.

clothes moth resting on fiber
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Scientific Classification

Family Overview "Clothes Moth" is not a single species but represents an entire family containing multiple species.

Clothes moths are small tineid moths whose larvae digest keratin, enabling them to damage wool, fur, feathers, and other animal-based textiles in homes and storage.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Lepidoptera
Family
Tineidae

Distinguishing Features

  • Adults are small, inconspicuous moths (often buff/golden) with narrow fringed wings; adults typically avoid light.
  • Damage is caused by larvae, which spin silk webbing and graze irregular holes in woolens/furs.
  • Often associated with shed larval skins, silken tubes/cases (in some species), and gritty frass near damaged fabric.

Physical Measurements

Males and females differ in size

Weight
♂ 0 lbs (0 lbs – 0 lbs)
♀ 0 lbs (0 lbs – 0 lbs)
Top Speed
7 mph

Appearance

Primary Colors
Cream Tan Gold Brown Gray
Secondary Colors
White Black Spotted Striped Silver
Skin Type Adults have a scaly, powdery cuticle and narrow fringed wings. Larvae are soft, smooth or slightly hairy caterpillars that make silk and do the damage. Pupae are in silk cocoons with fibers.
Distinctive Features
  • Family-level size range (small to modest moths): adult wingspan commonly ~6-30 mm across Tineidae; body length roughly ~2-12 mm (varies widely by genus/species).
  • Life cycle: egg → larva (main harmful stage) → pupa → adult. Eggs hatch about 4–14 days. Larvae take 1–3 months (or 6–12+ months if cool/dry). Pupae 1–4 weeks; adults 1–4 weeks.
  • Many tineid moths have larvae that can digest keratin (with help from gut chemistry or microbes), so they eat wool, fur, feathers, hair, horn, and become household and museum pests.
  • Clothes moths (Tineidae) live in dark places left alone, like closets, stored textiles, carpet edges, and under furniture. They leave uneven holes, scraped or worn spots, loose fibers or webbing, and attached cases.
  • Material preference nuance: plant-based fabrics (cotton/linen) and synthetics are typically less affected unless contaminated with sweat, skin oils, food stains, or blended with animal fibers-larvae primarily target keratin-rich materials.
  • Webbing clothes moths (Tineola) leave silken webbing and loose silk. Case-bearing clothes moths (Tinea) have larvae that carry a portable silken case while feeding. Not all tineids show these.
  • Adults generally do NOT eat clothing: adults usually feed little or not at all (some take nectar/water), and the textile damage is caused by larvae.
  • Adult morphology often includes narrow forewings with long fringes, a head tuft (often noticeable in pest species), and reduced mouthparts in some groups; larvae have a brown head capsule and strong chewing mandibles.
  • Ecological breadth reminder: many tineids are detritivores or specialists on fungi, lichens, stored products, bird nests, or animal remains; only a subset are the classic 'clothes moth' textile pests.

Sexual Dimorphism

Sexual dimorphism is generally subtle across Tineidae and varies by genus/species. Many species show only small differences in size, abdomen shape, or antennae; some show differences in wing shape/fringing or intensity of scaling, but dramatic color dimorphism is uncommon at the family level.

♂
  • Often slightly smaller or more slender-bodied in some species; abdomen typically narrower.
  • Antennae may be relatively longer or more noticeably ciliated (fine 'hairing') in some taxa, aiding pheromone detection.
  • Behavioral dimorphism is common: males often fly more actively while searching for female pheromones, especially in indoor pest species.
♀
  • Often slightly larger-bodied with a fuller abdomen related to egg production (varies widely).
  • May appear more sedentary in some indoor pest contexts, with egg-laying focused on suitable larval substrates (keratin-bearing textiles, fur/feather items, etc.).
  • Females typically determine infestation placement by choosing concealed, undisturbed oviposition sites near/within suitable larval food sources.

Did You Know?

Only a minority of Tineidae are true "clothes moths"; many tineid larvae instead eat fungi, lichens, leaf litter, or animal nests.

The damage to textiles is done by larvae-not adults; adults mainly focus on mating and laying eggs.

Keratin-feeding tineid larvae can exploit wool, hair, feathers, and horn because they can break down tough keratin proteins.

Some tineid larvae build portable cases (case-bearers), while others live in silk tunnels/webbing within their food.

Museum collections (taxidermy, skins, insect drawers, featherwork) are classic tineid targets because they contain keratin-rich materials.

Clothes-moth pests are largely tied to human storage: dark, undisturbed, protein-based fabrics are prime habitat.

Adult tineids often avoid light and hide in closets, baseboards, and storage areas-so infestations can grow unnoticed.

Unique Adaptations

  • Keratin digestion: in the keratin-feeding tineids, larvae possess biochemical tools (enzymes and often microbial help in the gut) that let them use keratin-rich materials most insects cannot.
  • Silk engineering: tineid larvae produce silk to bind fibers, line feeding galleries, and/or construct portable cases-creating a protected microclimate while feeding.
  • Low-nutrient survival strategies: textiles and hair are protein-rich but can be nutritionally challenging; tineid larvae are adapted to slow, efficient feeding and can persist where other insects fail.
  • Cryptic coloration and concealment: small size, muted colors, and hiding behavior reduce detection; some larvae further conceal themselves inside cases or within the fabric they're eating.
  • Tolerance of dry stored habitats: many pest-associated species are well suited to relatively dry indoor environments compared with many other moth families.
  • Metamorphosis in shelter: pupation commonly occurs in a cocoon or within the larval case/tunnel, helping them survive disturbance and fluctuating indoor conditions.

Interesting Behaviors

  • Egg laying is targeted: females place eggs directly on or near suitable larval food (e.g., woolens, furs, feathers, or organic debris), so hatchlings can start feeding immediately.
  • Larvae do the "work": across the family, the larval stage is the main feeding and growth phase; in keratin-feeders it is also the damaging stage for textiles and specimens.
  • Case-making vs. webbing lifestyles: some tineids carry a silken case they enlarge as they grow, while others spin silken sheets/tubes through material-both behaviors shelter larvae during feeding.
  • Preference for quiet microhabitats: pest-associated tineids commonly thrive in dark, undisturbed places (closets, trunks, storage boxes, carpet edges), while other family members live outdoors in nests, rotting wood, or litter.
  • Opportunistic diets with variation: within Tineidae, larvae range from keratin-feeders to fungus- and detritus-feeders; even "clothes moth" lineages may use animal remains, nests, or stored products when available.
  • Life-cycle pacing is flexible: development time can stretch when food is poor or temperatures are cool, and speed up under warm conditions-so generation times vary widely across species and environments.

Cultural Significance

Tineidae, including keratin-eating clothes moths, became global household and museum pests by eating wool, fur, feathers, and taxidermy. They led to cleaning, airtight storage, and traps, and threaten historic garments and collections—hence terms like "moth-eaten."

Myths & Legends

In the Christian Bible, 'moth' is a strong image of loss and things not lasting—treasures and clothes can be 'eaten by moths' (Matthew 6:19–20; Job, Isaiah), showing long knowledge of clothes-eating moths.

Classical Latin used the word tinea for gnawing "clothes-worms/moths," a naming tradition that carried into scientific taxonomy (Tinea/Tineidae), preserving a historical association between these insects and damaged garments.

European literature and sermons frequently invoked moths as symbols of slow, unseen corruption of wealth stored away-an idea rooted in real household experience with fabric pests rather than a single unified folktale.

Across many cultures, moths are tied to night, secrets, and fragile things. Clothes moths (Tineidae) became a warning image about neglecting stored goods and letting valued items fall apart unseen.

Conservation Status

NE Not Evaluated

Has not yet been evaluated against the criteria.

Population Unknown

Looking for a specific species?

Webbing clothes moth

Tineola bisselliella

This is the species most commonly meant in everyday use of the term "clothes moth," especially in household and textile-pest contexts.

  • Larvae digest keratin and can damage wool, fur, feathers, and other animal-based textiles, especially when soiled with sweat/skin oils/food residues.
  • Adults avoid light and are often seen resting in dark, undisturbed areas; the damaging stage is the larva, not the adult.
  • Infestations typically persist in low-disturbance microhabitats (closets, carpets edges/under furniture, stored garments), with development speed strongly dependent on temperature and humidity.
  • Often confused with pantry moths; unlike many common pantry pests, its larvae target animal fibers rather than grains/flour.

You might be looking for:

Common clothes moth

55%

Tineola bisselliella

The most widespread household clothes-moth pest; larvae feed on keratin-containing materials (wool, fur, feathers).

Case-bearing clothes moth

35%

Tinea pellionella

Larvae often live in a portable silken case; another major fabric pest species.

Tapestry moth

10%

Trichophaga tapetzella

Less common but can be a significant pest of wool textiles and stored animal products.

Life Cycle

Birth 50 larvas
Lifespan 6 years

Lifespan

In the Wild
1–24 years
In Captivity
1–24 years

Reproduction

Mating System Polygynandry
Social Structure Solitary
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Tineidae (clothes moths and relatives) usually have both males and females mating with many partners. Adults are solitary, find mates by pheromones, use internal fertilization with a sperm packet, and females lay eggs on larval food. No parental care.

Behavior & Ecology

Social None (typically solitary; aggregations at resources) Group: 20
Activity Nocturnal, Crepuscular, Cathemeral
Diet Detritivore Keratin-rich animal fibers (especially wool, fur, and feathers)
Seasonal Hibernates

Temperament

Generally non-aggressive and non-territorial; most behaviors center on concealment, feeding, and reproduction rather than social interaction.
Larvae are typically cryptic, sedentary-to-slow moving, and risk-averse (retreating into cases/tunnels when disturbed); adults are usually evasive and seek shelter.
Tolerance of conspecifics is often high at shared resources (low direct aggression), but competition can occur via resource depletion; intensity varies with crowding and resource type.
Family-level size diversity is broad: most tineids are small micro-moths, with adult wingspans typically about ~0.3-2.5 cm (about 3-25 mm), though some species can be larger.
Adult clothes moths live days to a few weeks. From egg to adult takes weeks to months, and in some species or under cool, poor food or diapause can reach or exceed a year.

Communication

None known/typical; communication is not acoustic in the way seen in some other animals.
Sex pheromones are the primary long-distance communication channel (especially female-released attractants guiding male flight and mate finding); pheromone specificity varies among species within Tineidae.
Close-range courtship uses contact chemoreception (antennae/palps) and often involves wing-fanning to disseminate pheromones or other odors; details vary among subfamilies/species.
Chemical cues from the substrate/host material (kairomones and odor signatures of nests, detritus, keratinous materials, fungi, etc.) guide oviposition and larval foraging; reliance on these cues differs across the family because many tineids are not textile/keratin specialists.
Tactile communication is limited and mostly incidental (bumping/contact during crowding); larvae may respond to silk/case contact and vibrations as disturbance cues rather than social signals.
Phototaxis and orientation to microhabitat structure (dark crevices, sheltered folds, nest interiors) function as behavioral 'signals' from the environment shaping aggregation patterns, especially around human structures and storage areas.

Habitat

Urban Suburban Agricultural/Farmland Plantation Forest Rainforest Deciduous Forest Coniferous Forest Woodland Grassland Savanna Prairie Steppe Shrubland Desert Tundra Alpine Meadow Mountain Cave Coastal Rocky Shore Wetland Swamp Marsh Bog +19
Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Desert Cold Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Boreal Forest (Taiga) Tundra Alpine Wetland +7
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Karst Rocky +4
Elevation: Up to 14763 ft 9 in

Ecological Role

Detritivore/decomposer (including keratin-recycler)

Breakdown and recycling of keratinous animal remains (hair, feathers, shed skins) that are otherwise slow to decompose Nutrient cycling in natural habitats (leaf litter, nests, burrows) and in human-associated environments (stores, buildings) Contributes to decomposition food webs as prey for predators/parasitoids (e.g., spiders, predatory insects, parasitoid wasps) In indoor/storage contexts, acts as a decomposer of animal-derived materials but can also be a damaging textile pest

Diet Details

Other Foods:
Keratin-rich detritus Animal-based fibers and textiles Dead insects and dried animal remains Molds Dry plant detritus, lichens, and decaying vegetable matter

Human Interaction

Domestication Status

Wild

Tineidae (clothes moths) are not domesticated. Many species live near people in houses, warehouses, museums, and bird nests because their larvae eat keratin-rich materials (wool, fur, feathers, hair, skins) and debris. Their long link with people is accidental, making them pests, while most tineids stay wild outdoors eating dead matter, fungi, or lichens.

Danger Level

Low
  • Economic/material damage: larval feeding can damage wool, fur, feathers, felt, taxidermy, rugs, and stored animal-based materials across susceptible tineid species; severity varies widely by species and infestation size.
  • Allergic/irritant potential: shed larval hairs, frass, and dust from infested textiles can aggravate allergies or dermatitis in some people; not consistent across all tineids.
  • Food/contamination nuisance: some tineids (family-wide diversity includes stored-product associates) can contaminate stored materials with webbing/frass, though keratin-feeders are most associated with textiles.
  • Not a direct biting/stinging hazard: adults do not bite; larvae are not parasitic on people, and tineids are not known as primary disease vectors.

As a Pet

Not Suitable as Pet

Legality: Clothes moths (Tineidae) are usually legal to keep in many places, but keeping textile pest tineids can break building, museum, lab, or quarantine rules and is often banned; some areas limit moving live pest insects across borders.

Care Level: Experienced

Purchase Cost: Up to $50
Lifetime Cost: $10 - $200

Economic Value

Uses:
Household and commercial pest impact Cultural heritage/museum conservation concern Forensic and ecological research relevance Pest management industry activity
Products:
  • pest control services and monitoring tools (pheromone traps, sticky traps)
  • textile and collection protection measures (sealed storage, controlled humidity, freezing/heat treatments)
  • research use (keratin digestion, indoor ecology, biodiversity surveys)

Relationships

Predators 6

Braconid wasp Bracon hebetor
Trichogramma egg parasitoid wasps Trichogramma spp.
Common house spider
Common house spider Parasteatoda tepidariorum
American house centipede Scutigera coleoptrata
House gecko Hemidactylus frenatus
Little brown bat
Little brown bat Myotis lucifugus

Related Species 5

Bagworms and case moths
Bagworms and case moths Psychidae Shared Order
Leaf-miner moths Gracillariidae Shared Family
Yponomeutid moths Yponomeutidae Shared Family
Oecophorid moths Oecophoridae Shared Family
Eriocottid moths Eriocottidae Shared Family

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Varied carpet beetle Anthrenus verbasci Shares the same household/storage niche: larvae damage wool, fur, feathers, and other animal-derived materials by feeding on keratin-containing debris and textiles, and often co-occur with tineid clothes moths in closets, carpets, and stored garments.
Black carpet beetle Attagenus unicolor Keratin- and detritus-feeding household pest whose larvae exploit similar resources (animal fibers, hair, and feathers), cause comparable textile damage, and favor similar low-disturbance indoor microhabitats.
Hide beetle Dermestes maculatus Scavenger of dried animal material. While often associated with carcasses and stored animal products rather than clothing, it overlaps functionally as an exploiter of keratin-rich materials in storage contexts.
Common silverfish Lepisma saccharinum Occupies similar indoor, dark, humid microhabitats and damages household goods. Although it primarily feeds on starches, cellulose, and adhesives rather than keratin, it is frequently confused with or found alongside textile pests.
Common booklouse Liposcelis bostrychophila Shares the indoor storage niche and thrives under similar humidity and temperature conditions. Feeds mainly on molds and organic debris, often indicating conditions that also favor tineid infestations.

Types of Clothes Moth

9

Explore 9 recognized types of clothes moth

Webbing clothes moth Tineola bisselliella
Case-bearing clothes moth Tinea pellionella
Tapestry moth Trichophaga tapetzella
Common clothes moth Tinea dubiella
White-shouldered house moth
White-shouldered house moth Endrosis sarcitrella
Pale-backed clothes moth Monopis crocicapitella
Brown house moth Hofmannophila pseudospretella
Warehouse moth Niditinea fuscella
Domestic clothes moth Tinea translucens

Clothes moths can remain in the larval stage for up to 2 years, but adults only live for 10 days.

Summary

The common clothes moth (Tineola bisselliella) is a fungus moth species belonging to the family Tineidae (fungus moths). The larvae (caterpillars) of this moth are serious household pests because they feed on and damage clothing items made of wool and other natural fibers. They may also damage upholstery, fur, and carpets. Adult clothes moths are weak flying insects that tend to hide when disturbed, making an infestation challenging to spot. 

Clothes Moth Species, Types, and Scientific name

Tineola bisselliella (also known as the common clothes moth) is an insect that belongs to the family Tineidae (otherwise known as fungus moths). Tineid moths are insects in the order Lepidoptera along with other butterflies and moths. So far, more than 3,000 species of Tineid moths have been distributed into about 300 genera. We have only two species in the genus Tineola. These include Tineola bisselliella with a worldwide distribution and the Tineola anaphecola, native to DR Congo. 

The common clothes moth is different from the case-bearing clothes moth, a species of Tineoid moths belonging to the same family but in a completely different genus (case-bearing clothes moths also destroy clothes, and they have a similar lifecycle and method of control). Common clothes moths are also called webbing clothes moths or clothing moths.  

Appearance: How To Identify Clothes Moth 

Clothes moths are small insects with golden or beige-colored wings. The fore and hind wings are characterized by fringe hairs along their margins. The wings have no patterns. They have a wingspan of about 9-16 mm (0.35–0.63 in), while the body length is typically about 6–7 mm (0.24–0.28 in). 

The head of the clothes moth is typically coated with light ferruginous, reddish, or brownish-tinged hairs. It is whitish and typically has a brown head capsule with no eyes (ocelli). The ochreous coloring and red-orange hair on the insect’s head help to distinguish it from similar species. Their larvae typically reach lengths of about 13 mm. 

Clothes moth resting on fiber

Clothes mothes are typically beige colored.

©Thomas Kleidysz/Shutterstock.com

Habitat: Where to Find Clothes Moths

Although the clothes moth’s natural range used to be the western Palearctic, the moth is now found in many other parts of the world, including places that are outside its natural range. In areas where they’re found, they are indoor insects that inhabit clothing, carpets, and upholstery materials. They’re typically found in low-light conditions where they hide in dirty fabric, carpets, and rugs that provide all the nourishment and moisture they need for growth and sustenance.

Clothes moths prefer dark areas where they will not be disturbed, such as in closets, attics, or basements. Thus, if you spot any similar-looking moths in open, well-lighted areas like your kitchen, it is more likely to be a grain moth.

Diet: What Do Clothes Moths Eat?

Adult clothes moths don’t feed throughout their lifetime. They do not cause any damage to clothing. However, this moth’s larvae (caterpillars) are considered serious pests because they feed on clothing materials (especially wool) and other natural fabrics. 

Adult clothes moths lay about 30 to 200 eggs about the size of a pinhead that attaches easily to the surface of the fabric substrate. The eggs hatch into the fabric-eating larvae between 4 to 10 days. They’ll remain in the larval stage for one month to two years, depending on the conditions of where they hatch. The creamy-white caterpillars are about ½ inch long when they hatch. 

Clothes moth larvae prefer to feed within the folds and concealed areas of fabric materials. they can cause damage to clothes, upholstery, and carpets. They usually leave silken patches on the surface of the cloth and thread-bare spots in places where the fiber has been removed. 

Prevention: How to Get Rid of Clothes Moth 

The traditional approach for controlling clothes moths involves treating clothing with chemicals. Mothballs that emit toxic fumes are commonly used to kill clothes moth larvae and prevent infestation. However, these days, people now favor natural control methods such as using cedar oil, dried lavender, and other similar alternatives to avoid an infestation. 

Clothes moths cannot survive high temperatures of up to 49°C or temperatures as low as -8°C f for more than 30 minutes. This can be used to kill all stages of the insects. Regular dry cleaning also helps to get rid of the moisture and dirt from the fabric, which is necessary for the larvae to thrive. A similar alternative is to store clothes in airtight bags where the insects will be unable to lay eggs or grow. People also use moth traps to attract and trap adult moths and to monitor infestation. 

Suppose any of these cultural methods. In that case, you can spray it with insecticides like Pyrethrin, known to destroy the moths without leaving any residue on clothing like traditional chemicals. 

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Sources

  1. National Pesticide Information Center / Accessed August 18, 2022
  2. Natural History Museum / Accessed August 18, 2022
  3. University of Kentucky / Accessed August 18, 2022
  4. Wikipedia / Accessed August 18, 2022
Abdulmumin Akinde

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Clothes Moth FAQs (Frequently Asked Questions)

No, clothes moths are not dangerous. However, they can cause significant damage to clothing, upholstery, carpet, and other natural fibers in the home. Common natural fabrics they tend to damage include: wool, fur, feathers, and hides.

 

View Clothes Moth Photos