BIO Label Holders: Sustainable Innovation for Labeling
BIO Label Holders, made from materials like corn starch or sugarcane, are bio-based, biodegradable, and compostable. They decompose in the environment and turn into compost. They do not contain harmful substances, use renewable resources, reduce plastic waste, and promote a circular economy.
Pallet Covers
These covers, of the same quality as traditional ones, have a 10.3% lower environmental impact. Made 100% from recycled plastic, they include 20% packaging waste and fruit boxes from customers. With this product, we have managed to reduce the environmental impact by 51.4%.
BUMPERS
They are protectors for checkout counters made of LDPE film, with the possibility of organic finishes. The result is a recycled and recyclable product that welcomes the customer at the hardest step: paying. Our sustainable bumpers unify pieces, going from two profiles (aluminum and rubber) to a single profile of recycled material.
ZENITH: Laminated Ceiling System
The ZENITH system, made of thermoplastic materials, is perfect for commercial spaces. It offers three sizes of slats with foil coating, providing design versatility. It is water and fire-resistant, with B-S2-d0 certification, and its “U” profile with grooves every 25 mm facilitates installation. It stands out for being lightweight, easy to assemble, durable, and customizable, adapting to the needs of each project.
Lighting
Our lighting partners will optimize the number of lights, brightness, and energy consumption using heat maps to identify areas with the highest foot traffic. They offer a wide variety of products to find the perfect solution for each project. Proper lighting reduces costs, decreases CO2 emissions, and improves the well-being of customers and workers.
Organic Polyurethane
The Bõln range is made from polyurethane derived from vegetable waste, making it recyclable and lightweight, thus reducing the carbon footprint in its logistics. The manufacturing processes use up to 70% less material compared to similar methods and consume less energy thanks to low-temperature manufacturing.