Ultra PRO - MTG Murders at Karlov Manor 9-Pocket PRO-Binder for Magic: The Gathering, Store & Protect up to 360 Standard Size Cards, Secure Side Loading Pockets, Fits MTG Cards, Gaming Cards

Introducing the Murders at Karlov Manor 9-Pocket PRO-Binder by Ultra PRO, a statement piece for any Magic: The Gathering enthusiast. This officially licensed binder combines functionality and aesthetics, providing a secure haven for your cherished collection. For the Magic player who demands both style and functionality, the Ultra PRO MTG Murders at Karlov Manor 9-Pocket PRO-Binder is the epitome of sophistication and protection. Elevate your card storage experience and let your collection shine. Tech Specs: Capacity: Up to 360 standard size cards Closure: Black elastic strap Material: Archival-safe, acid-free, non-PVC pages with low-friction pockets

• Vibrant Full-Art Cover: Immerse yourself in the haunting allure of Murders at Karlov Manor with the binder's captivating full-art cover. This exclusive artwork transforms your binder into a canvas of Magic's dark and mysterious world.
• Exclusive Artwork: Showcase your appreciation for the Magic universe with the binder's exclusive artwork. The carefully crafted design adds a unique touch to your collection, making it a standout piece among your gaming accessories.
• Holds Up to 360 Standard Size Cards: With nine side-loading pockets, this binder provides ample space for up to 360 standard size cards. Whether it's your prized Magic cards or other gaming cards, they'll find a safe home in this binder.
• Low-Friction Material: The low-friction material used in the pockets ensures that your cards glide in and out smoothly. This feature not only enhances accessibility but also minimizes the risk of wear and tear, keeping your cards in pristine condition.
• Secure Black Elastic Strap Closure: The black elastic strap closure adds a touch of sophistication while keeping your cards securely in place. It provides an extra layer of protection, ensuring that your collection remains intact during transport and storage.