Seasonal Pick In Common With Cassia Pendant Massive 35% Savings [Qji0v6nl]

Seasonal Pick In Common With Cassia Pendant Massive 35% Savings [Qji0v6nl]: A Statement of Style and Light

Introducing the Terra series, a stunning collaboration between ceramicist Danny Kaplan and In Common With. The Cassia pendant is a testament to modern elegance, designed to add a touch of ambient light to any space. This statement piece is crafted with precision, featuring a curving clay dish and a glass diffuser shade that together create a warm and inviting glow. The Cassia pendant is not just a light fixture; it's a conversation starter and a centerpiece that enhances the aesthetic of your home.

Unmatched Quality and Versatility

The Terra series offers a variety of finishes to suit your personal style. Choose from satin 'anthracite' black, translucent 'stone' matte white, washy 'lapis' blue, crackle terra sigillata 'terrasig' white, matte 'ivy' green, or matte 'chestnut' brown. Each finish adds a unique character to the pendant, ensuring that it complements any interior design. The Cassia pendant comes in two sizes, providing flexibility for different ceiling heights and room sizes. The small version measures 9.125" tall, while the large version stands at 11.875". Both sizes include a canopy, ceramic shade, glass shade, and a 6W LED bulb with a color temperature of 2700k for a cozy, warm ambiance.

Transform Your Living Space with Cassia

Whether you're updating your dining room, living area, or bedroom, the Cassia pendant is the perfect addition. Its ambient light creates a welcoming atmosphere, making it ideal for both casual and formal settings. The pendant's timeless design ensures that it will remain a classic piece in your home for years to come. As a made-to-order item, the Cassia pendant is a final sale, so it's important to choose the perfect finish and size that will complement your space. With this pendant, you're not just buying a light; you're investing in a piece of art that will elevate your home's aesthetic and functionality.