Nimbus · Crewneck sweatshirts with embroidery and print
Women's sweatshirt Hampton Nimbus
Code: HAMP-L · Type: Ladies
- Material: 71% organic cotton, 22% recycled polyester, 7% elastane
- Fabric weight: 310 g/m²
- Bonded double-face fabric
- YKK two-way spiral zipper
- Ribbing in tone matching the main material
Applications
Who is it for: Women's sweatshirt Hampton Nimbus
- Sales teams
- Management staff
- Office workers
- Stylish gifts
- Conferences and trade shows
About the product
Nimbus Hampton Women — elegant sweatshirt for branding
The Hampton Women sweatshirt from Nimbus is a women's model made of the highest quality materials. It offers 71% organic cotton, 22% recycled polyester, and 7% elastane, ensuring wearing comfort. The fabric weight is 310 g/m².
The model features bonded double-face fabric and a YKK two-way spiral zipper, giving it an elegant and modern look. The ribbing in a tone matching the main material highlights the sweatshirt's style.
Hampton is ideal for office workers, sales teams, and management staff. The product's surface is suitable for logo branding, making it a great option for corporate gifts.
The product is available in the RAVEN offer with branding options. Available colors are black and navy, and sizes range from XS to 3XL. Check the offer in the sweatshirt without a hood category and in the Nimbus brand store.
Frequently asked questions
Women's sweatshirt Hampton Nimbus — most frequent questions
The Hampton Women sweatshirt allows for various branding techniques such as embroidery, printing, and screen printing. Each of these methods allows for placing the logo in the appropriate location.
The manufacturer does not provide information about weather resistance, so it is recommended to avoid wearing it in heavy rain or strong winds.
Hampton Women consists of 71% organic cotton, 22% recycled polyester, and 7% elastane, ensuring comfort and flexibility.
The manufacturer does not provide detailed care instructions, but it is generally recommended to wash at low temperatures to maintain the quality of the materials.
See also
