Daiber · Gloves, scarves, neck warmers and headbands with embroidery and print
Triangular Scarf Daiber
Code: MB6524 · Type: Unisex
- Material: 97% Polyester / 3% Cotton
- Weight: 85 g/m²
- Size: approx. 85 x 40 cm
- Multifunctional triangular scarf
Decoration techniques
Applications
Who is it for: Triangular Scarf Daiber
- Sports clubs and fans
- Schools and universities
- Winter gift sets
- Outdoor event staff
- Sales teams in winter
- Customer service staff
About the product
Daiber Triangular Scarf — scarf for branding
Triangular Scarf by Daiber is a triangular scarf made of 97% Polyester / 3% Cotton with a fabric weight of 85 g/m². Among the features the manufacturer lists: multifunctional triangular scarf. The manufacturer states dimensions of approx. 85 x 40 cm.
The manufacturer does not list certificates for this model. The fabric is soft to the touch and takes embroidery without stiffening.
Branded scarves are ordered by sports clubs, schools and companies preparing winter gifts. The logo or lettering is placed near the end of the scarf. The usual technique is computer embroidery; transfer printing is also possible on thin jersey.
The model is available from RAVEN in the Gloves, scarves and headbands category alongside other Daiber products; a branding visualisation is prepared before production, and short runs are also possible. Available in 16 colours, one size.
Frequently asked questions
Triangular Scarf Daiber — most frequent questions
The logo or lettering is stitched by computer embroidery near the end of the scarf; transfer print is also possible on thin jersey. The position and size of the mark are shown on the visualisation before production.
The manufacturer states a composition of 97% Polyester / 3% Cotton and a fabric weight of 85 g/m². The manufacturer states dimensions of approx. 85 x 40 cm.
The manufacturer's catalogue lists 16 colours; the colour is chosen at the quotation stage and the embroidery thread is matched to the logo.
Embroidery is also done in short runs. Unit prices drop with larger quantities; terms depend on the model and the design.
See also
