MONC Osborne - MONC x Oliver Spencer
Osborne is our modern take on an angular teardrop Aviator frame with a double bridge. This shape, inspired by some of our favourite wildcard movie stars, exudes confidence and has us feeling nostalgic for long summers by the coast.
Osborne is a handcrafted Monel Alloy frame with a bezelled arm detail, robust Barberini hardened glass UV400 lenses, brass nose pads and tough stainless steel 3-barrel hinges.
Includes cellulose cleaning cloth, sustainably sourced leather case, frame tool kit and recycled coffee cup packaging.
Fits medium to large size faces:
Total Width: 143 mm, Lens Height: 43 mm, Lens Width: 57 mm, Nose Bridge: 17 mm, Temple Length: 145 mm
Frame Composition & Make-Up:
Engraved Nose Bridge: Hypoallergenic Monel™
Lens Profile: Hypoallergenic Monel™
Pad-arms: Hypoallergenic Monel™
Hinges: Stainless Steel
Hypoallergenic Monel™ (68% nickel 30% copper and 2% iron) - This ductile material which is the most commonly used frame material today is often used for components that require sturdiness and rigidity such as temples and bridges.
Alpaca/Nickel Silver (62% copper 22% zinc and 18% nickel) - This frame material is used because of its hardness toughness lightweight and resistance to corrosion.
Category 3 - Barberini hardened glass UV400 lenses
Materials: Bio-acetate, mineral glass, vegetable tanned leather case and a Cupro cloth (made from recycled cotton linter) which would otherwise go to waste. Your items will come in packaging made from recycled paper cups.
Production: The brand prioritise U.K. suppliers and small batch production. Outside of the U.K. MONC have personal relationships with the Italian craftsmen, ensuring optimal working conditions and fair pay.
Packaging & Delivery: Packaging is made in the UK from recycled paper cups.
Disposal: The frames are 100% biodegradable and recyclable.
Responsibility: MONC are working towards a closed loop system, where they reuse and recycle as much of their waste as possible, from the workshops past, present and future production cycles.