Notebook Medium (A5) - Prototype

Cover Material: Recycled rPET Polyester Fabric
Page Material: Acid-Free Recycled Paper
Page Count: 100 sheets (200 pages)
Size Options: A5 (5.8" x 8.3"), A4 (8.3" x 11.7") or customisable
Design Options: customisable
Binding: Lay-Flat
Closure: Elastic Band Closure

Embrace sustainability in style with our Fabric Notebook, thoughtfully crafted from recycled polyester, offering a luxurious writing experience while making a positive impact on the environment through its innovative and eco-friendly design.

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Recycled Polyester Sourcing: Our products are made using recycled polyester, which is derived from post-consumer plastic waste such as plastic bottles. This approach helps reduce the demand for virgin polyester production and minimizes plastic waste in the environment.
Recycling Process: The plastic waste is collected, cleaned, and processed to create recycled polyester fibers. These fibers can then be used to create a wide range of textile products, including clothing, accessories, and more.
Environmental Benefits: Using recycled polyester has several environmental advantages. It reduces the need for new petroleum-based resources used in the production of virgin polyester. Additionally, recycling plastic waste helps divert plastic from landfills and oceans, contributing to waste reduction and environmental preservation.
Energy and Resource Savings: The production of recycled polyester typically requires less energy and water compared to producing virgin polyester. This is because the recycling process eliminates many of the steps required for raw material extraction and refinement.
Product Quality: Recycled polyester products can have similar quality, durability, and performance characteristics as products made from virgin polyester. Advances in recycling technology have led to improved quality in recycled polyester fibers, making them suitable for a wide range of applications.
Circular Economy Approach: By using recycled polyester, our company participates in a circular economy model, where materials are continuously reused and repurposed. This contributes to a more sustainable and resource-efficient manufacturing process.