---
fiber: bamboo
application: loungewear
title: "Bamboo Yarn for Loungewear"
description: "B2B sourcing guide for bamboo yarn in loungewear manufacturing — GSM specs, yarn counts, honest trade-offs, cost analysis, and sustainability profile."
compareLink: /compare/bamboo
relatedFibers:
  - cotton
  - modal
  - tencel
  - viscose
  - silk
  - spandex
  - cashmere
relatedApplications:
  - t-shirt-manufacturing
  - sustainable-fashion
  - casualwear
  - underwear-basics
glossaryTerms:
  - breathability
  - pilling
  - enzyme-wash
---

# Bamboo Yarn for Loungewear.

**Fiber Guide · B2B Sourcing · Data-Driven**

---

## Hero

Bamboo viscose—often marketed as "bamboo rayon" or "bamboo lyocell" depending on the processing route—has established a credible position in loungewear manufacturing for reasons that hold up under technical scrutiny. The semi-synthetic fiber's micro-gap structure creates natural thermo-regulation: it absorbs and releases moisture faster than conventional cotton, and its cross-sectional profile facilitates airflow at a rate roughly 40% higher than equivalent GSM cotton jersey. For brands positioning in the sleep, rest, and premium comfort segment, bamboo delivers a hand feel that consumers consistently score higher than cotton in blind touch-panel tests, with a tenacity of 2.0–2.4 cN/tex (wet) and a staple length of 38–42mm in standard viscose processing. The combination of drape, temperature responsiveness, and low static propensity makes it the technically defensible choice for loungewear—if you source and specify it correctly.

---

## At a Glance

**The comparison, summarised.**

**Softness / Hand Feel: 9/10**
Bamboo viscose has a silk-like surface texture driven by its smooth filament cross-section. In loungewear specifically—where garments are worn against bare skin for extended periods—this matters more than in outerwear categories. Well-processed bamboo from reputable mills achieves a FAST method hand-feel score comparable to 40s modal.

**Durability / Abrasion Resistance: 5/10**
Honest assessment: bamboo viscose is not a durability fiber. Wet tenacity drops to 1.0–1.4 cN/tex (vs 2.0+ dry), making it vulnerable to pilling and surface abrasion after 30+ wash cycles if not finished properly. For loungewear worn primarily for sleep and rest—lower abrasion demands than activewear—this is acceptable but warrants construction choices that compensate.

**Colour Retention / Colorfastness: 7/10**
Bamboo viscose accepts reactive dyes at standard 60°C exhaust dyeing conditions and achieves ISO 105-C06 wash fastness of 4–4.5 when correctly mordanted. Light fastness (ISO 105-B02) sits at 3–4, which is typical for viscose-family fibers. Pale and mid-tone colorways perform better than deep saturates in long-term wear.

**Breathability / Moisture Management: 9/10**
The fiber's primary technical claim. Moisture vapor transmission rate (MVTR) for bamboo jersey typically measures 450–520 g/m²/24h vs. 280–340 g/m²/24h for comparable cotton GSM—a meaningful differential in sleep environments where body temperature regulation is the core use case.

**Stretch & Recovery: 5/10**
Bamboo viscose alone has minimal elastic recovery. Standard 95/5 bamboo-spandex blends for loungewear deliver 15–20% stretch with adequate recovery for low-strain applications (sleep, light movement). This is not an activewear-level stretch—brands should specify accordingly in product copy.

**Cost Efficiency: 6/10**
Bamboo yarn sits 20–35% above commodity cotton on a per-kg basis and 15–25% above standard viscose, though below modal and Tencel. Cost-per-wear depends heavily on wash durability, which requires careful finishing specification. Premature pilling is the single biggest destroyer of bamboo's cost-per-wear advantage.

**Sustainability / Eco Credentials: 7/10**
Conditional—the "bamboo is sustainable" claim is fibre-dependent. Bamboo viscose (conventional process) uses significant chemical inputs (carbon disulfide); bamboo lyocell (closed-loop, Tencel-style) has dramatically lower environmental impact. For a legitimate sustainability claim in marketing, you need the lyocell route and the certification to back it.

**Ease of Care / Wash Durability: 6/10**
Consumer instruction of 30°C gentle cycle is standard and achievable. The risk is in commercial laundry or consumer mishandling at higher temperatures—above 40°C, shrinkage becomes significant and surface degradation accelerates. For loungewear sold to consumers, care label design and clear instructions are non-negotiable.

---

## Why Bamboo for Loungewear

**What makes bamboo the right choice for loungewear.**

**01. Thermo-Regulation Aligned With Sleep Biology**

Human core body temperature drops 0.5–1°C during sleep onset—a process called circadian thermoregulation. Garments that trap heat disrupt this process, contributing to fragmented sleep. Bamboo viscose's micro-porous fiber structure (average pore diameter: 0.2–0.5 microns) allows bidirectional moisture vapor transport that cotton cannot match at equivalent GSM. In independent wear trials comparing 160 GSM bamboo jersey against 160 GSM cotton jersey, bamboo-clad subjects reported 31% fewer reported night-sweat events. This is not a marketing claim—it's grounded in the fiber's measurable MVTR differential. For loungewear brands targeting sleep wellness or recovery-focused consumers, this is the most defensible product story you can tell, provided your fabric specification—weight, construction, blend ratio—maintains this property through finishing.

**02. Anti-Static Properties Eliminate Cling in Drape-Heavy Constructions**

Static electricity in synthetic fibers (and even some natural/semi-synthetic blends) creates cling—a significant comfort issue in loose-fit loungewear silhouettes like wide-leg pants, kimono-style wraps, and oversized tops. Bamboo viscose has a surface resistivity of approximately 10⁸–10⁹ ohms, putting it in the antistatic range without requiring chemical antistatic finishing. By comparison, polyester jersey typically measures 10¹³–10¹⁴ ohms. For loungewear with fluid drape design intent, this is a meaningful property: your garments will fall and move correctly without the consumer needing to spray them with antistatic product after every wash. The benefit is most pronounced in blended constructions—bamboo/spandex and bamboo/modal—where the bamboo component carries the antistatic property even in minority content above ~60%.

**03. Hypoallergenic Claim Has Technical Basis—With Caveats**

Bamboo fiber, after viscose processing, is free of the raw plant's natural allergens. The processing removes lignin, hemicellulose, and the plant proteins that would otherwise trigger contact sensitivity. Third-party OEKO-TEX Standard 100 certification (achievable at Class I—direct skin contact) confirms absence of harmful substances including formaldehyde, heavy metals, and pesticide residues. For loungewear brands targeting sensitive-skin consumers—including eczema sufferers, post-partum recovery wear, and menopausal comfort clothing—a certified bamboo fabric allows substantiated claims where cotton (especially non-organic) cannot. The caveat: the hypoallergenic claim applies to well-processed, certified bamboo. Poorly processed bamboo viscose may contain residual chemicals; source from mills with current OEKO-TEX certification and request test reports for each production lot.

**04. Luxury Positioning at a Realistic Price Point**

In the current market, cashmere and silk loungewear anchors the premium end at ₹8,000–₹25,000 retail; bamboo allows brands to position in the ₹2,500–₹6,000 range with legitimate sensory parity claims. The drape coefficient of bamboo jersey (typically 75–85% Cusick drape) is closer to silk-family fabrics than cotton, which typically measures 55–65%. For brands building a "affordable luxury" narrative, this is the tier where bamboo sits naturally. Consumer perception research consistently shows bamboo fabric is associated with "premium," "natural," and "gentle"—a positioning that supports retail margins above standard cotton.

---

## Technical Specifications

**Manufacturing specs for Bamboo Loungewear.**

**GSM Range**
- Lightweight summer/sleep: 140–160 GSM — sufficient coverage, maximum airflow, ideal for warmer climates
- Year-round loungewear: 160–200 GSM — balance between drape and structural integrity
- Structured loungewear / robes: 200–260 GSM — heavier bamboo terry or interlock

Avoid going below 130 GSM for bamboo — the fiber's lower tenacity compared to cotton means very lightweight constructions pill prematurely on seams.

**Yarn Count**
- Fine, silky hand feel: 40s–60s Ne single jersey
- Standard everyday loungewear: 30s–40s Ne — better durability without sacrificing softness
- Heavier constructions: 20s–30s Ne for robes, heavier pants
- Bamboo/spandex blend: specify bamboo component at 30s–40s Ne, spandex at 20–40 denier

**Knit Construction**
- Single jersey: Standard. Lightweight, good drape. Prone to curling at edges — requires accurate finishing.
- Interlock: Preferred for premium loungewear. Double-knit structure provides better dimensional stability and reduces pilling risk.
- 2x2 rib: Cuffs, waistbands, necklines. Bamboo rib has excellent drape and recovery in light stretch applications.
- French terry (bamboo): Emerging preference for luxury robes and lounge pants. Loop side provides additional warmth without weight.

**Shrinkage**
- Expected after first wash (30°C gentle): Length 3–5%, Width 2–3%
- Pre-shrunk / bio-scoured fabric: 1.5–2.5% residual (specify pre-shrinking in fabric order)
- Pattern makers should add 4–6% shrinkage allowance on length unless pre-shrunk fabric is confirmed

**Pilling Resistance**
- Bamboo viscose: 2.5–3.5 (Martindale, 2000 rubs, ISO 12945-2)
- Bamboo/modal blend 60/40: 3.5–4.0 — significant improvement
- Enzyme-washed bamboo: 3.5–4.5 — bio-polishing removes surface fibrils that cause pilling

**Colorfastness**
- Wash fastness (ISO 105-C06): 4–4.5 with reactive dyes
- Light fastness (ISO 105-B02): 3–4 (adequate for indoor-wear application)
- Rubbing fastness (ISO 105-X12): Dry 4–4.5, Wet 3–3.5

**Tensile Strength**
- Dry tenacity: 2.0–2.4 cN/tex
- Wet tenacity: 1.0–1.4 cN/tex (significant drop — relevant for wash construction choices)
- Elongation at break: 18–23%

**MOQ Guidance**
- Yarn: 200–500 kg per count/quality from major Taiwanese and Indian mills
- Grey fabric: 500–1000 meters minimum for standard constructions
- Dyed/finished fabric: 800–1500 meters per color for consistent dye lot management
- Garment CMT: 300–500 pieces minimum per SKU for reasonable efficiency

---

## Manufacturing & Sourcing Considerations

**What to know before you source.**

**Knitting Machine Requirements**
Bamboo viscose should be processed on machines with lower tension settings than cotton. Due to its lower wet tenacity, running bamboo at standard cotton tensions causes yarn breakage, especially in finer counts (40s and above). Circular knitting machines with tension reduction capability and smooth yarn guides (ceramic-coated) are preferred. For interlock construction, machine gauges of 24–28 GG are standard for 30s–40s yarn counts.

**Dyeing Compatibility**
Bamboo viscose dyes identically to standard viscose: reactive dyes at exhaust method (60–80°C), with sodium carbonate as fixative. Cold pad-batch dyeing is an option for energy reduction. Important: bamboo viscose is NOT compatible with disperse dyes (polyester chemistry) or acid dyes (silk/nylon chemistry). For bamboo/spandex blends, ensure spandex component is dye-compatible; most spandex will absorb some reactive dye, resulting in slightly deeper shade than calculated — factor this into lab dip approvals.

**Finishing Processes**
- Bio-polish / enzyme washing: Critical for bamboo loungewear. Cellulase enzyme treatment removes surface fibrils that cause pilling, significantly improving the finished hand feel. Specify in fabric requirements and request a bio-polish stage from your mill.
- Silicone softener: Standard final finish. Request non-yellowing silicone for white and pale colorways — standard amino silicones yellow with repeated washing.
- Calendering: Gentle calendering (130–150°C) improves surface smoothness. Excessive temperature/pressure damages fiber structure in bamboo — specify accordingly.
- Anti-shrink finishing: Chemical anti-shrink (resin-based) is an option but affects hand feel. Mechanical pre-shrinking (sanforizing equivalent) is preferred for quality brands.

**Quality Control Checkpoints**
1. Yarn quality: Check Ne count consistency (±1 tolerance), twist factor, and moisture regain (should be 11–13% for bamboo viscose) at intake
2. Grey fabric: Check GSM (±5%), course and wale density, and dimensional stability before dyeing
3. Post-dye: Colorfastness testing on every dye lot — bamboo's consistency varies more than cotton between lots
4. Post-finish: Pilling test (Martindale) and shrinkage swatch wash before bulk approval
5. Final garment: Dimensional check after 3-wash simulation using specified care conditions

**Common Production Pitfalls**
- Running fine-count bamboo (40s+) on standard cotton tension settings → yarn breakage and knitting stops
- Skipping bio-polish → garment pills within 5–10 wash cycles, returns/complaints
- Incorrect reactive dye pH control → uneven shade uptake (bamboo is more pH-sensitive than cotton)
- Tumble drying in commercial laundry → 8–12% shrinkage on unbonded constructions

**Lead Times**
- Yarn to grey fabric: 3–4 weeks (standard constructions, existing yarn stock)
- Grey to finished fabric: 2–3 weeks (dyeing + finishing)
- Garment CMT: 3–5 weeks after fabric approval
- Total FOB lead time: 10–14 weeks from order confirmation (standard), 7–9 weeks for mills with bamboo specialty

**Key Sourcing Regions**
- Taiwan: Premium bamboo viscose yarn, Nanoliu and Dacheng are benchmark suppliers
- China (Zhejiang, Jiangsu): Broadest range of bamboo fabric mills, variable quality — audit essential
- India (Surat, Tirupur): Growing bamboo fabric capacity, competitive pricing, better responsiveness for India-market brands

---

## Trade-Offs — Honest Assessment

**Every fibre has limits. Here's the full picture.**

**Strengths**

- **Superior moisture management for sleep applications.** MVTR of 450–520 g/m²/24h vs 280–340 for cotton jersey — a measurable, repeatable performance differential that supports legitimate product claims in sleep and rest wear.
- **Anti-static properties eliminate cling without chemical treatment.** Surface resistivity in the 10⁸–10⁹ ohm range means the drape and movement of your garments will perform as designed without static issues — relevant for wide-leg, flowing silhouettes.
- **Silk-comparable hand feel at accessible price point.** Drape coefficient of 75–85% Cusick positions bamboo jersey closer to silk than cotton, allowing premium hand-feel claims at a 60–70% lower raw material cost than silk.
- **Hypoallergenic with certification pathway.** OEKO-TEX Class I certification achievable; supports substantiated claims for sensitive-skin and wellness-positioned loungewear lines.
- **Natural temperature buffering reduces need for heavy insulation.** The fiber's insulative air pockets maintain warmth in cool environments while managing heat in warm ones — a genuine "four-season comfort" story for loungewear brands operating across climate zones.
- **Good color range in mid-tones.** Reactive dye compatibility means rich, varied color options including the earth tones and muted pastels that dominate premium loungewear aesthetics.

**Limitations**

- **Wet tenacity significantly lower than dry.** At 1.0–1.4 cN/tex wet vs 2.0–2.4 dry, bamboo is structurally vulnerable when wet — this means pilling and surface damage if washed aggressively or tumble-dried on high heat. Brands must communicate care requirements clearly and design garments with construction choices (tighter knits, bio-polish finishing) that compensate. This is the most common reason for customer complaints in bamboo loungewear.
- **"Bamboo is sustainable" is misleading without specifics.** Conventional bamboo viscose uses carbon disulfide in processing — not a clean chemistry story. Bamboo lyocell (closed-loop) addresses this, but costs 25–40% more and has limited supply availability. Brands making sustainability claims on bamboo viscose are exposed to greenwashing criticism unless they specify the process and hold relevant certifications.
- **Light fastness limitations in pale colorways over time.** ISO 105-B02 rating of 3–4 means pale bamboo loungewear will show UV-related fading with extended light exposure. Not critical for loungewear (indoor use), but relevant for brands selling in sunny climates or including outdoor-use in positioning.
- **More volatile quality variation between mills than cotton.** Bamboo viscose processing consistency is more supplier-dependent than commodity cotton. Budget for first-article sampling from any new bamboo mill, and don't assume price-per-meter indicates quality level.

---

## Cost Analysis

**The economics of Bamboo for Loungewear.**

**Yarn Cost (indicative, 2024 ex-mill)**
- Bamboo viscose yarn (30s Ne): USD 3.80–4.80/kg
- Bamboo lyocell yarn (30s Ne): USD 5.50–7.00/kg
- Comparable cotton (30s Ne combed): USD 2.80–3.50/kg
- Modal (30s Ne): USD 4.50–5.50/kg
- Tencel lyocell (30s Ne): USD 5.00–6.50/kg

Bamboo viscose positions 25–40% above commodity cotton and 10–20% below modal—its natural competitive tier.

**Fabric Cost (160 GSM single jersey, dyed + finished)**
- Bamboo viscose: USD 3.50–5.00/meter
- Cotton jersey equivalent: USD 2.50–3.50/meter
- Modal jersey: USD 4.50–6.00/meter

**Cost Per Garment (Lounge Top, standard cut)**
- Fabric consumption: 1.2–1.4 meters per top
- Bamboo fabric cost at midpoint: ~USD 5.60–6.30/garment in fabric alone
- CMT (India): USD 1.50–2.50/garment
- Total garment cost (FOB India): USD 7–9 per piece at standard quality tier

**Cost-Per-Wear Calculation**
A bamboo loungewear top used 4 nights/week with proper care (cold wash, air dry) will maintain acceptable quality for approximately 80–120 wash cycles if bio-polished and correctly specified. Compare this to:
- Cotton loungewear (equivalent GSM): 100–150 wash cycles, lower starting cost but marginally longer functional life
- Poorly specified bamboo (no bio-polish): 30–50 wash cycles before significant pilling — worst cost-per-wear outcome in the category

If the garment retails at ₹1,800 and lasts 100 wears: ₹18/wear — competitive with cotton at retail.

**ROI for Brand Owners**
The premium retail positioning bamboo enables (typically 30–50% above comparable cotton loungewear) outweighs the 25–40% raw material cost premium, yielding better gross margins than commodity cotton if quality is maintained. The risk is return rate: bamboo that pills early generates returns and brand damage that eliminate the margin advantage. Invest in bio-polish finishing — it's USD 0.15–0.30/meter at fabric stage and saves multiples in return handling.

---

## Sustainability Profile

**Environmental and ethical considerations.**

**Process Chemistry**
Bamboo viscose (conventional): Uses carbon disulfide in the xanthate process — the same chemistry as standard viscose. Not a clean-chemistry story. Carbon disulfide is a neurotoxin and environmental pollutant if not captured. Reputable mills run closed-loop recovery systems; verify this with your supplier.

Bamboo lyocell: Closed-loop NMMO solvent process, 99%+ solvent recovery, dramatically lower environmental footprint. If your brand is making a genuine sustainability claim, this is the route — at a cost premium.

**Water Footprint**
Bamboo plant cultivation requires no irrigation (rainwater-dependent) and no pesticides — this is the legitimate environmental advantage. However, processing water consumption for viscose route is significant: 50–100 liters/kg of fiber. Lyocell route: approximately 10–20 liters/kg.

**Certifications Available**
- OEKO-TEX Standard 100 (Class I for skin-contact): Available, recommended as baseline
- FSC (Forest Stewardship Council) for bamboo source: Available from certified plantations
- GOTS (Global Organic Textile Standard): Not applicable to conventional viscose chemistry
- USDA Certified Biobased: Applicable if plant-origin content meets threshold
- Bluesign: Available from qualifying mills for manufacturing process

**Biodegradability**
Bamboo viscose is biodegradable under composting conditions (similar timeline to standard viscose: 1–5 years). Bamboo/spandex blends are non-biodegradable due to elastane content.

**Consumer Perception**
Bamboo carries strong positive consumer perception — sustainability surveys consistently rank it as "eco-friendly" (partly driven by marketing rather than full lifecycle analysis). This perception value is commercially real for brand positioning, provided brands do not make false claims. The FTC Green Guides (US) and EU Green Claims Directive both require substantiation for "bamboo" claims that distinguish lyocell from viscose processing.

---

## FAQ

**Bamboo for Loungewear — answered.**

**1. What makes bamboo better or worse than modal for loungewear?**
Modal has better wash durability and pilling resistance — it's a more robust fiber. Bamboo viscose has superior initial hand feel and better moisture management (higher MVTR). For long-term value, modal holds up better in consumer hands without specific care; for the "silky, responsive feel" differentiator and the temperature-regulation story, bamboo wins. Many premium mills now offer bamboo/modal blends (typically 70/30 or 60/40) that capture both properties — this is the practical answer for brands who want both the hand feel and the durability.

**2. What's the minimum order quantity for bamboo loungewear fabric?**
For dyed and finished bamboo jersey from established mills (China, Taiwan, India), expect 800–1,500 meters per colorway as a practical minimum for consistent dye lot management. Some mills quote lower MOQs (300–500 meters) but dye lot consistency at those quantities is unreliable. For yarn-to-fabric orders, minimum yarn purchase is typically 200–500 kg per count. Garment CMT minimums: 300–500 pieces per style/colorway. Small brands launching bamboo loungewear should factor minimum fabric MOQs carefully — 1,000 meters at 1.3m consumption per piece yields approximately 770 garments.

**3. How does bamboo loungewear perform after 30+ wash cycles?**
This is heavily specification-dependent. Bamboo jersey without bio-polish will show measurable surface fibril formation (proto-pilling) within 20–30 wash cycles at 30°C gentle. Bio-polished bamboo jersey of 160–180 GSM, washed at 30°C on gentle cycle and air-dried, will maintain acceptable quality at 60–80 cycles and good quality at 30–50 cycles. The primary degradation mechanisms are: surface pilling (mitigated by enzyme treatment), color fading (especially in pale colorways), and slight dimensional change (length relaxation after initial stabilization). Machine washing at 40°C+ dramatically accelerates all three failure modes — care label instructions need to be prominent.

**4. What GSM should I specify for bamboo loungewear?**
For sleep-focused loungewear in warm climates (India, Southeast Asia): 140–160 GSM single jersey provides adequate coverage with maximum thermo-regulation benefit. For year-round wear or cool-climate markets: 160–200 GSM. For robes and structured lounge outerwear: 200–260 GSM in French terry or interlock construction. Going heavier reduces the thermo-regulation advantage (the micro-gap structure benefits are better expressed in lighter constructions). If you're building a year-round capsule, 170–180 GSM single jersey or 190–200 GSM interlock is the most commercially versatile specification.

**5. Is bamboo suitable for nursing and maternity loungewear?**
Yes, and it's a well-suited application. The combination of hypoallergenic certification (OEKO-TEX Class I), temperature regulation, and softness maps directly to maternity/nursing comfort requirements. The anti-static property also reduces cling in the fluid silhouettes preferred in maternity wear. Specify OEKO-TEX Class I certified fabric and request test reports for the production lot. For nursing tops specifically, include a stretch component (5–8% spandex) for functional breast access openings — pure bamboo has insufficient elastic recovery for snap or overlay nursing access design.

**6. What certifications should I look for when sourcing bamboo yarn and fabric?**
Priority: OEKO-TEX Standard 100 Class I — this is the non-negotiable baseline for skin-contact loungewear. Request the certificate number and verify it at oeko-tex.com (certificates expire annually). Secondary: FSC for responsible bamboo source. If making sustainability claims in consumer marketing: request the specific processing route documentation (viscose vs lyocell) and a lifecycle assessment summary if available. For EU market: prepare for compliance with the EU Green Claims Directive's substantiation requirements if using "sustainable" or "eco" claims in marketing.

**7. How does bamboo handle repeated wash-and-dry cycles in commercial settings?**
Poorly — and this is an important flag for brands selling to hospitality (hotel loungewear, spa robes). Commercial laundering typically runs at 60–85°C with alkaline detergents and tumble drying, which causes rapid degradation of bamboo viscose. For commercial/hospitality applications, bamboo lyocell is the better choice (more durable in hot wash), or a bamboo/cotton blend with higher cotton content for wash resilience. Consumer-grade bamboo loungewear should explicitly state "not for commercial laundry" in care instructions.

**8. What's the typical lead time for a bamboo loungewear order?**
From confirmed fabric specification to FOB delivery: 10–14 weeks is standard for a first order with a new mill (including first-article sampling, approvals, and production). For repeat orders with pre-approved specifications: 6–8 weeks. Mills in India (Tirupur, Surat) can sometimes deliver 8–10 weeks on first orders due to proximity to Indian bamboo yarn suppliers. For seasonal launches, build in 16–18 weeks from initial inquiry to cover sampling rounds — bamboo dyeing requires more iterations than cotton to achieve consistent approval, particularly in deep colorways.

---

## Related Links

**Related Applications**
- [Bamboo for T-Shirt Manufacturing](/yarn/bamboo/t-shirt-manufacturing)
- [Bamboo for Sustainable Fashion](/yarn/bamboo/sustainable-fashion)
- [Bamboo for Casualwear](/yarn/bamboo/casualwear)
- [Bamboo for Underwear & Basics](/yarn/bamboo/underwear-basics)

**Alternative Fibers for Loungewear**
- [Cotton for Loungewear](/yarn/cotton/loungewear)
- [Modal for Loungewear](/yarn/modal/loungewear)
- [Tencel for Loungewear](/yarn/tencel/loungewear)
- [Viscose for Loungewear](/yarn/viscose/loungewear)
- [Silk for Loungewear](/yarn/silk/loungewear)
- [Spandex for Loungewear](/yarn/spandex/loungewear)
- [Cashmere for Loungewear](/yarn/cashmere/loungewear)

**Compare**
- [Bamboo vs Other Fibers — Full Comparison](/compare/bamboo)

**Glossary**
- [Breathability](/glossary/breathability)
- [Pilling](/glossary/pilling)
- [Enzyme Wash](/glossary/enzyme-wash)