Hannah Lee
Hannah Lee is a furniture historian and author, based in Toronto, Canada. With a PhD in History of Design, she specializes in tracing the evolution of furniture styles and their cultural significance. Hannah brings a comprehensive view of how historical context shapes modern furniture trends through her engaging articles.
Explore the world of flower shower curtain sets! πΌ Discover design ideas, material choices, historic patterns & maintenance tips for a stunning bathroom upgrade. π
Discover the practical and visual perks of rolling storage shelves on tracks. ποΈ Enhance any room's functionality and style while optimizing space! βοΈ
Discover the world of folding sewing cabinets! βοΈ Explore their design, versatility, and how they elevate your sewing workspace and home decor. π‘
Discover the versatility of 19 inch faux wood blinds! Explore their benefits, design styles, installation tips, and eco-friendly options for your home. πΏβ¨
Discover the many ways a seven-piece patio set can transform your outdoor area. From stylish designs to practical arrangements, enhance your space! πͺπΏ
Discover how closet frames impact modern interiors! Explore their design, materials, and installation to elevate both function and aesthetics in your space. π‘β¨
Discover the trend of outdoor dining sets with sofas! πΏ Uncover styles, materials, and maintenance tips to enhance your outdoor space. πͺπ½οΈ Elevate your al fresco experience!
Transform your couch into an efficient workspace! ποΈ Discover ergonomic laptop desks, adapt your setup for comfort, and boost your productivity today! π
Explore the world of cool indoor chairs! πͺ Discover unique designs, materials, and tips to enhance your homeβs comfort and style. β¨
Discover the advantages of 30 x 38 windows! π Explore their design, energy efficiency, and installation tips for enhancing your home's ambiance and functionality. π‘
Discover the art of curtain hanging with wire! π¨ Explore types, installation techniques, and maintenance tips to enhance your home's elegance and functionality. π‘