Description: Immerse yourself in the enchanting world of Harry Potter with this Thomas Kinkade Silver Select Edition puzzle featuring the bustling scene of Diagon Alley. This 1000-piece jigsaw puzzle showcases Harry, Ron, and Hermione receiving a gift from Hedwig amidst the vibrant shops and magical atmosphere. Crafted with premium recycled paperboard, this puzzle offers a satisfying and challenging experience for both fans and puzzle enthusiasts. The giftable packaging includes silver foil accents, making it a perfect present for collectors and Harry Potter aficionados. Features:Artist: Thomas KinkadeCollection: Silver Select EditionPieces: 1000Finished Size: 26.75 x 19.75 inchesMaterial: Premium recycled paperboardPackaging: Giftable box with silver foil accentsIncluded: Full-color diagram for assistance Condition:Puzzle: Brand new and factory sealed, ensuring all pieces are intact.Box: Excellent condition with no visible damage, preserving its collectible value. Perfect For:Harry Potter fans and collectorsPuzzle enthusiasts seeking a magical challengeGifting to friends and family who love the wizarding world Shipping & Returns:Shipping: Securely packaged and shipped within 1-2 business days.Returns: 30-day return policy; item must be returned in the same condition as received. Conclusion: "Add a touch of magic to your collection with this Thomas Kinkade Silver Select Harry Potter Diagon Alley puzzle. Its intricate design and high-quality craftsmanship make it a delightful addition to any fan's treasure trove."
Price: 21.87 USD
Location: Rockaway, New Jersey
End Time: 2024-12-05T20:12:28.000Z
Shipping Cost: N/A USD
Product Images
Item Specifics
Return shipping will be paid by: Seller
All returns accepted: Returns Accepted
Item must be returned within: 30 Days
Refund will be given as: Money Back
Brand: Ceaco
Artist: Thomas Kinkade
Number of Pieces: 1000
Color: Silver
Theme: Harry Potter
Collection: Silver Select Edition
Recommended Age Range: 8+
Material: Premium recycled paperboard
Character Family: Harry Potter
