Inn Collection – Luxor Kick Pleat Bed Skirt Twin – Beige
Commercial Kick Pleat Bed Skirt for Hospitality Environments
The Inn Collection™ Luxor Kick Pleat Bed Skirt Twin is engineered for professional hospitality settings where consistent bed presentation and durability are essential. It conceals bed bases and under-bed storage while delivering a structured, tailored finish suitable for guest rooms and institutional environments.
The Beige colour provides a warm, neutral tone that blends easily with a wide range of bedding styles and interior designs.
Built for Hospitality Durability
Manufactured using commercial-grade materials, this bed skirt is designed to withstand repeated industrial laundering without losing its structure, fit, or colour quality.
Its durable construction supports long-term use in hotels, motels, resorts, healthcare facilities, and institutional housing, helping reduce replacement cycles and improve operational efficiency.
Tailored Kick Pleat Design
The kick pleat construction ensures a structured and uniform appearance around the bed base.
- Maintains a crisp, tailored drop
- Enhances guest room presentation
- Conceals under-bed storage and bed frames
- Supports consistent hospitality standards
Efficient Housekeeping Performance
Easy-Care Commercial Fabric
Designed for industrial laundry systems, the fabric supports efficient washing, drying, and handling, helping housekeeping teams maintain fast room turnover.
Lightweight Construction
The lightweight design simplifies installation and removal, improving housekeeping efficiency during bed setup and maintenance.
Neutral Beige Finish for Versatile Interiors
The Beige finish delivers a soft, balanced tone that complements a wide variety of hospitality décor styles. It pairs well with white linens, wood accents, and both modern and traditional room designs.
Fade-resistant performance helps maintain consistent colour quality through repeated industrial laundering cycles.
Designed for High-Occupancy Facilities
Whether used in hotels, resorts, healthcare facilities, or institutional housing, the Luxor Kick Pleat Bed Skirt Twin delivers reliable performance, aesthetic consistency, and operational efficiency.
It is well suited for environments requiring durable, easy-care bedding accessories that maintain a professional standard.
KEY FEATURES
- Commercial-grade construction → Built for hospitality use → Long service life
- Kick pleat design → Structured bed finish → Professional presentation
- Beige colour → Neutral, warm tone → Fits multiple décor styles
- Twin fit → Standard hotel sizing → Reliable coverage
- Easy-care fabric → Supports industrial laundering → Faster housekeeping
- Fade-resistant finish → Maintains colour quality → Reduced replacement costs
- Lightweight build → Easy installation → Improved operational efficiency
SPECIFICATIONS
- Product Line: Inn Collection™ Luxor Bed Skirts – Kick Pleat
- Model: BSK-KP-S-LUXORMAUVE-BEIGE
- Size: Twin
- Colour: Beige
- Material: Commercial-grade polyester blend
- Application: Hotels, resorts, motels, healthcare facilities, institutional accommodations
- Care: Machine washable / industrial laundry compatible
IDEAL APPLICATIONS
Hotels & Resorts
Ideal for hotels, resorts, boutique properties, and extended-stay accommodations requiring clean and consistent bed presentation.
Healthcare Facilities
Suitable for hospitals, long-term care homes, and assisted living environments requiring durable and hygienic bedding accessories.
Institutional Housing
Perfect for workforce housing, student residences, and staff accommodations requiring reliable and durable bed finishing solutions.
WHY CHOOSE THIS PRODUCT
The Inn Collection™ Luxor Kick Pleat Bed Skirt Twin in Beige is designed to balance durability, presentation quality, and operational efficiency. Its structured kick pleat design enhances room aesthetics, while its commercial-grade construction ensures reliable performance under repeated industrial laundering.
This SKU remains clearly differentiated within the Luxor collection, supporting a clean SEO structure across sizes and reducing internal keyword overlap.