
ID Identity · Crewneck sweatshirts with embroidery and print
Sweat PRO Wear cardigan ID Identity
Code: 0366 · Type: Men
- Composition: 60% cotton, 40% polyester
- Weight: 290 g/m²
- Regular cut
- YKK zippers
- Flat ribbed collar
- Additional shoulder reinforcements
Applications
Who is it for: Sweat PRO Wear cardigan ID Identity
- Office employees
- Sales teams
- Management staff
- Uniforms for employees
- Corporate gifts
About the product
ID Identity PRO Wear Zip-up Hoodie — durable hoodie for branding
The PRO Wear zip-up hoodie is a product designed with durability and comfort in mind. The material is made of 60% cotton and 40% polyester, providing a weight of 290 g/m², which affects stability and longevity. The regular cut and flat ribbed collar enhance its functionality.
The hoodie is enhanced with YKK zippers and additional reinforcements at the shoulders. Furthermore, the fabric has undergone a shrinkage process, which further increases its durability. OEKO-TEX® STANDARD 100 and ISO 15797 certifications attest to the high quality of the materials.
This product is ideal for various work environments, from sales teams to management personnel. It is available in many sizes, allowing for perfect fitting, and also features surfaces suitable for logo branding.
RAVEN offers this hoodie in various colors and sizes, as well as branding services. You can check the hoodie category and visit the ID Identity brand for more information. Colors: black, white, red, navy blue, light blue, gray. Sizes: XS-6XL.
Frequently asked questions
Sweat PRO Wear cardigan ID Identity — most frequent questions
The hoodie is available in colors: black, white, red, navy blue, light blue, and gray.
Yes, the hoodie has suitable surfaces for logo branding, and RAVEN offers services in this regard.
The hoodie has OEKO-TEX® STANDARD 100 and ISO 15797 certifications, which confirm the high quality of the materials.
Various branding techniques can be used, such as embroidery, printing, and screen printing.
The hoodie material has a weight of 290 g/m², ensuring its adequate durability.












