Traumina Traumina CUBE Camel-Hair Duvet Warmth Class 4

Traumina Cube Camel-Hair Duvet – Warmth Class 4

The Cube camel-hair duvet by Traumina in Warmth Class 4 is a premium winter duvet for very cool bedrooms. It is particularly suited to people with a high need for warmth who at the same time wish for a balanced and dry sleeping climate.

Description

The Traumina Cube camel-hair duvet in Warmth Class 4 combines high warmth performance with the exceptional climate regulation of the natural material camel hair. Through its Duo construction, an insulating layer of air is created that offers reliable winter warmth.

Camel hair possesses the special ability to store warmth while at the same time absorbing and releasing excess moisture. As a result, the sleeping climate remains pleasantly dry and stable even with a strong need for warmth.

The breathable cover of pure cotton is skin-friendly and supports the natural exchange of moisture. A comfortable contoured edge roll as well as the elegant CL quilting ensure lasting shape retention and prevent the filling from slipping.

Highlights

• Warm camel-hair duvet in Warmth Class 4
• Very high moisture absorption (Class 4)
• Ideal for very cool bedrooms
• Duo construction with an insulating layer of air
• Naturally temperature-balancing
• Filling of premium camel hair
• Breathable cotton cover
• CL quilting and contoured edge roll for shape retention

Product details

• Warmth Class: 4
• Moisture absorption: 4
• Filling: Pure camel hair
• Cover: Pure cotton
• Construction: Duo construction
• Quilting: CL quilting
• Edge finishing: Contoured edge roll
• Particularly suitable for: Very cool bedrooms and a high need for warmth with a tendency to perspire

Material & Care

Camel hair is a naturally self-cleaning material with very high moisture absorption. Regular airing preserves its climate-regulating properties. Professional cleaning is recommended in order to preserve structure and function in the long term.

Heat retention & Moisture absorption

Note: Natural-hair duvets develop their special climate-regulating properties through regular airing.