Triumph Cosy Comfort Pyjama Top - Crew - Grey - 12


Currently unavailable


Currently unavailable
The Triumph Cosy Comfort Pyjama Top is designed for women who prioritize effortless relaxation and soft, sustainable fabrics in their sleepwear. This long-sleeve crew neck top offers a loose, comfortable fit ideal for winding down at home. While it provides excellent comfort for lounging, users should note that the polyester-based material is intended specifically for sleep and casual rest rather than high-intensity activity.
| Age Group | adult |
|---|---|
| Colour | Grey |
| Gender | Female |
| Material | Polyester |
| Dress Size UK | 12 |
| Neck Line | Crew |
| Model Part Number | 7613113783833 |
| Brand | Triumph |
The polyester fabric is designed to be soft and comfortable for lounging and sleeping; however, it may feel less breathable than natural fibers like cotton.
It means the garment has been tested by an independent third party to ensure it is free from levels of substances that are harmful to human health.
The top is designed with a relaxed fit. If you prefer a more tailored look, you may want to consider your standard sizing, but it is intended to be loose.
It is best to refer to the care label on the garment. Generally, low heat is recommended for synthetic polyester blends to prevent shrinking or damage.
Yes, the OEKO-TEX certification ensures the fabric has been tested for harmful substances, making it a safe choice for most skin types.
Use a light fabric conditioner during the rinse cycle or a dryer sheet.
A quick steam or hanging in the bathroom while taking a warm shower will smooth out light creases.
As a ready-to-wear garment, there is no setup required beyond washing before the first use if desired. It is compatible with a wide range of loungewear bottoms. For care, always check the internal garment label first. Generally, it is recommended to wash on a gentle cycle with like colors to preserve the material's softness and shape. Avoid using harsh chemicals or high-heat tumble drying, as these can affect the longevity of synthetic fibers.