Presentation of the Oslo 75L Front-Opening Selective Sorting Bin with Inner Container
Designed for urban and communal environments, the Oslo 75L selective sorting bin stands out for its ergonomic design and robustness. Featuring an elegant Oxyron grey finish, it blends seamlessly into any public or private space, while ensuring efficient waste management thanks to its large 75-liter capacity. Its inner container, made of galvanized steel, guarantees optimal resistance to corrosion, even with regular outdoor use.Usage and Features
Thanks to its front-opening door, emptying the inner container is quick and effortless, minimizing the risk of contact with waste. Two opposite openings allow for easy access to deposit waste, making the bin usable simultaneously from multiple sides. High-strength stainless steel assembly components ensure exceptional durability. An optional cylindrical base protects the bin from direct contact with the ground. For enhanced security, floor fixing is done from the inside using 4 M8 expansion bolts (provided), thus preventing any risk of theft or tipping. The easy-emptying system guarantees cleanliness and hygiene, meeting the requirements of public space managers.

• Indoor and outdoor use under normal weather conditions, with the option of special treatment for extreme environments (salinity, temperature, humidity).
• Proven reliability: functionality and durability tests successfully passed under real conditions.
• Suitable dimensions: 36 x 39.4 x 102 cm, allowing easy integration into various spaces.
• Complementary models available: top opening, bin bag holder, ashtray, lockable lid, 40L and 100L capacities.

Target Audience
Managers of local authorities, administrations, businesses, shopping centers, educational institutions, building managers, or green space supervisors will find in the Oslo 75L selective sorting bin a reliable and aesthetic solution for organizing waste sorting. Ideal for any organization seeking durable, secure, and easy-to-use equipment, this bin meets the cleanliness and durability requirements of high-traffic areas.