Soft, smooth and stretchy bamboo Pyjama Top is made from Bamboo Viscose
This PJ Top is designed to be worn with either the Cuffed Pants or ¾ Pants in the range. Or, you could match it with your own PJ Pants. You choose!
Features:
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Three button henley neckline (grandpa style)
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Full length sleeves with soft cuffs
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Made from 95% natural and sustainable Bamboo Viscose, with 5% Spandex for shape retention
Our bamboo top sizing is generous and the fabric is super soft and stretchy, so consider going down a size if you prefer a more snug fit.
Available in three colours: Marsala (Dark Peach), Raisin, Chambray Blue (light) and Horizon Blue (darker)
See sizing chart here
About Bamboo Viscose
The fabric used to make our Bamboo clothing is spun from the cellulose of bamboo plants grown without chemicals or pesticides. New Zealand Nature's Bamboo Viscose has many special qualities and provides versatile style and comfort for any season.
Super Soft, Wrinkle Resistant & Easy Care
The smooth, round structure of the fibre means that Bamboo Viscose is soft and non-irritating, even to sensitive skin. Its natural elasticity provides a high level of wrinkle resistance. Machine washable.
Cool in Summer & Warm in Winter
A cross-section of the bamboo cellulose fibre shows many micro-gaps and micro-holes making Bamboo Viscose highly absorbent and breathable. In the hot summer months it'll keep you feeling cool and comfortable. In colder conditions it provides insulation, retaining body warmth by trapping pockets of warm air against your skin.
UV Protective
Our Bamboo Viscose has been independently tested and given the highest possible rating of UV protection – UPF50+ (to meet European standard EN 13758-1). This means that it will block at least 98% of ultra-violet radiation, making our Bamboo Viscose clothing range an excellent choice for summer.
Easy on the Environment & Sustainable
Unlike cotton, bamboo needs no pesticides, fertilisers or other chemicals to grow. It grows fast, and due to its extensive root network, requires no replanting. Its dense growth resists soil erosion and actually improves soil quality. It absorbs 35% more carbon dioxide than an equivalent stand of trees and releases more oxygen.
