Elevate your space with the ARCTIC ICE Single Tier LED Pendant from Kendall Lighting, a stunning addition to the ARCTIC ICE Series. This exquisite pendant light features a sleek black finish and is designed with a captivating acrylic Ice Glass Ring that adds a touch of sophistication to any room. With a color temperature of 3500K and a high color rendering index (CRI) of >80, this fixture not only illuminates your space but enhances the natural beauty of your interiors. The tier height of 3.3 inches and an integrated LED bulb consuming only 31 watts make it an energy-efficient choice for modern homes and commercial settings.
Crafted from durable materials including iron and aluminum, the ARCTIC ICE Single Tier LED Pendant is built to last while delivering exceptional performance. The acrylic shade provides a warm and inviting glow, creating an ambiance that is perfect for dining areas, kitchens, or living rooms. This versatile pendant light is ideal for those looking to combine elegance with functionality, while its contemporary design seamlessly complements various décor styles. Upgrade your lighting with the ARCTIC ICE pendant and experience the perfect blend of style and practicality in your home design.
**Features:**
• Elegant black finish complements modern and contemporary decor styles.
• Unique acrylic Ice Glass ring design adds a touch of sophistication and style.
• Integrated LED bulb provides energy-efficient lighting with a warm color temperature of 3500K.
• High Color Rendering Index (CRI) of >80 ensures vibrant and accurate color representation.
• Versatile single-tier pendant design suitable for various residential and commercial spaces.
**Specifications:**
• Tier height measures 3.3 inches for a streamlined appearance.
• Designed to accommodate one integrated LED bulb with a wattage of 31.
• Constructed from durable iron and aluminum materials for long-lasting performance.
• Shade crafted from quality acrylic for enhanced light diffusion and aesthetics.
• Overall dimensions designed to fit in both small and large spaces seamlessly.
