Specification:

• Color: Black/Khaki/Off White/Orange/Red/Sage Green/Teal
• Material: Ceramic, Fabric, Plastic
• Dimension: 6 x 6 x 13 in. (L x W x H)
• Bulb Type: Type A19/A15
• Switch Type: Rotary
• Shade Material: Fabric
• Shade Shape: Drum
• Max. Wattage: 40 W
• Weight: 1.41

Description:

Brighten your home with the Chic Glow Mini Classic Jar Ceramic Table Lamp, combining modern design with practical stylishness. Its smooth, rounded ceramic base features subtle grooved ring detailing for added texture, while the compact size makes it perfect for small bedrooms, home offices, entryway tables, or dorm rooms. Topped with a crisp white fabric drum shade, the lamp softly diffuses light to create a warm, inviting ambiance ideal for reading, relaxing, or enhancing any room’s mood. Available in a variety of trendy colors, this versatile mini lamp complements diverse décor styles from minimalist to eclectic, making it an ideal accent for nightstands, desks, or side tables while delivering both style and functionality.

Key Features:

• Chic Contemporary Style: The smooth ceramic base with grooved detailing delivers a sleek, modern aesthetic that enhances any bedroom, office, or living space.
• Compact and Space-Saving: It's compact size is ideal for nightstands, desks, end tables, dorm rooms, or small apartments without sacrificing style.
• Soft Ambient Lighting: Topped with a crisp white fabric drum shade, this table lamp casts a warm, diffused glow—perfect for reading, relaxing, or winding down.
• Durable Ceramic Construction : The good-quality glazed ceramic base adds texture and stability for everyday use while maintaining a polished look.
• Perfect Gift Giving: This stylish ceramic table lamp makes a thoughtful and practical gift for housewarmings, college students, or anyone looking to refresh their home decor with cozy lighting.
• Product Size: Overall size of the lamp is L: 6" x W: 6" x H: 12.5" and weighs 1.41 pounds.

Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.