5Loops is on a mission to make sustainability a central focus, aiming for a circular economy model. Here’s how they plan to do it:
Bio Acetate S70: Instead of conventional materials, 5Loops opts for Bio Acetate S70, a substance derived from cellulose, specifically sourced from wood pulp or cotton. This material stands out because it boasts a higher cellulose content than regular acetate, which typically relies on chemical additives like plasticisers (phthalates). These additives can be harmful, posing risks to reproductive health and general well-being. Moreover, conventional acetate contributes to the alarming problem of ocean microplastics. In contrast, Bio Acetate S70 contains fewer chemicals, prioritising bio-based ingredients, and is biodegradable. This means it poses no toxic threat and doesn’t add to the ocean microplastics issue.
The Ideal Raw Material: 5Loops has deliberately chosen to use Bio Acetate S70 exclusively in producing their eyewear. This material ticks all the right boxes: it’s renewable, recyclable, sustainable, biodegradable, and bio-based. These qualities make it the perfect choice for crafting glasses that are stylish and environmentally friendly. It’s a safe material for everyone, including children, providing the confidence that its production leaves no detrimental impact on the environment.
Waste Reduction: To minimise waste, 5Loops employs a smart production method. Their glasses are crafted using moulds, significantly reducing the amount of waste generated compared to traditional acetate sheeting. Even the glass chains, a vital component of their eyewear, are predominantly made using moulds, with only the ‘ring’ that holds the glasses cut from sheeting. This choice ensures efficiency and minimal waste.
Eco-Friendly Packaging: It doesn’t stop at the eyewear itself. 5Loops extends its commitment to sustainability to its packaging materials. Boxes, cases, and cleaning cloths are all crafted from recycled materials, making them environmentally responsible and fully recyclable through industrial processes.