165° & 135° Soft Close Cabinet Hinges for Lazy Susan Bifold Doors, Concealed European Hinges, Full Overlay, Adjustable Hinge, 2 x 165° + 2 x 135°

Maximize Your Kitchen Space with Smart Hinge Design Transform your kitchen or dining area with our premium 165° and 135° soft-close cabinet hinges, purpose-built for Lazy Susan and corner cabinets. These hinges are a game-changer for folding doors, making opening and closing smoother and more effortless than ever. If you're looking to maximize space and enhance accessibility, this is the solution you've been waiting for. Unmatched Quality and Durability Constructed from premium steel, these European-style hinges deliver a gentle, noiseless closing experience and are engineered for long-lasting performance. Say goodbye to sagging and rusting—these hinges provide reliable support for all your cabinet doors. The soft-close mechanism not only adds a touch of luxury but also reduces wear and tear on your doors and cabinets, extending their lifespan. Wide Opening for Ultimate Accessibility Featuring a spacious 165° opening, these hinges are ideal for pie-corner cabinets, lazy-Susan cabinets, or folding doors. The wide angle allows for maximum access, making it easy to reach items at the back of the cabinet without any hassle. Whether you have large-angled pantry doors or need convenient access for elderly or wheelchair users, these hinges provide a seamless solution. What’s Included and Important Considerations Your package includes two 165° hinges, two 135° hinges, and all necessary screws for installation—a complete set that makes installation a breeze. Before purchasing, please note the following compatibility details: Direct fit for frameless cabinets; for framed or lipped cabinets, simply add shims for a perfect fit. Suitable for door thicknesses from 5/8 inches to 15/16 inches. Only available for full-overlay cabinet doors. The 135° hinges are not compatible with cabinet doors that have edge-overlapping cup holes. Ensure your cabinet doors meet these specifications before ordering.