Recommended for mid-season (spring and autumn), well-insulated homes and well-heated bedrooms. Ideal for those who give off a lot of body heat.
This duvet was created to address recent climate changes. It is made with high-quality pure goose down and the finest sky blue cambric cotton fabric.
Ideal for those who rely on their duvet to secure them warmth, it is available in all sizes and can also be custom-made to suit specific needs. TOG 7.00
The fill is new, soft and light high-grade goose down originating from cold Nordic regions. Particularly elastic and resilient, the natural properties of the fluffy down allows it to act as an excellent thermal insulator as it can trap and hold air. Its antirheumatic and hypoallergenic qualities helps promote a comfortable rest.
Our policy is to use only the finest new raw materials and implement eco-friendly production practices that respect the safe-keeping of animal welfare, nature and the environment. TOG 7.00
The shell is made of natural fibers; 100% cotton cambric thread. This breathable fabric allows air to easily pass through and permits the fill to trap and block air to create the perfect insulation and also allow for healthy body transpiration.
It is tightly woven to prevent the escape of down and deter dust and mites from penetrating. Soft to the touch yet resistant to wear.
Our signature duvet structure is characterised by its vertical channels, made with inner baffles (vertical lining), that favours an even distribution of down. This enables the down to trap air and maintain its loft to provide maximum insulation and offer uniform warmth.
As the down is minimally compressed, greater durability and longevity is obtained. The design structure follows the natural line of the body to ensure the best coverage.
|Filling||100% new large goose down - EN 12934 Pure Goose|
|Fill power||cm 11 – EN 12130 (European standard for measuring thermal efficiency)|
|Filling volume||122 g/m2|
|Shell||100% cambric cotton|
|Shell color||sky blue|
|Category||King and Super King size|
|grado di calore||2|