Product Description
This is the Rpet Microfiber Towel, 140x70cm, 250 gr/m2.
It is made from 100% PCR-polyester. These are recycled materials.
The towel is soft and highly absorbent.
You can use this towel for various purposes.
It is from the Sophie Muval brand.
Application & Use
This Rpet Microfiber Towel is ideal for promotional activities.
Use it effectively at events or trade fairs.
It is also suitable for everyday use.
Its quick-drying properties make it perfect for sports activities.
This towel combines practicality with a sustainable choice.
Logo & Personalisation
You can personalise this Rpet Microfiber Towel with your own logo.
Adding your company or organisation logo enhances brand visibility.
We use sublimation printing for this.
This method ensures a super full-colour result.
Your design will be vibrant and durable on the towel.
Product Features
The Rpet Microfiber Towel measures 140x70cm.
It has a density of 250 grams per square meter.
The material is 100% PCR-polyester.
This means it is made from recycled materials.
The microfiber structure ensures exceptional absorbency.
It also allows for very fast drying.
The towel is supplied in white.
It offers a soft and gentle feel.
Delivery & Production
The delivery time depends on your specific order quantity.
It is also influenced by your chosen printing requirements.
A minimum order quantity applies to this product.
We will provide an estimated delivery schedule after reviewing your request.
Contact us for detailed information regarding your order.
Hidalgo Bags & More
Hidalgo Bags & More specialises in custom-branded products.
We assist businesses, associations, and event organisers.
Our offerings cover a wide range of personalised items.
For example, we also provide Tacx bottles printing services.
You can brand high-quality sports bottles with your logo.
Explore our complete selection for all your branding needs.
| Weight | 245 g |
| Size | 0 x 0 x 70 cm |
| Material | 100% Gerecycled polyester (250.0000 GRAM) |
Available colours:
Colors on your screen may differ from the actual colors of the final product.


