Product Overview
LED Linear Pendant by Modern Forms from the Catania collection in Bassalt Stone/Aged Brass finish
In a striking contrast of black and white, the Catania pendant features a half circle of black basalt stone and etched cast glass to form a stunning rod, layered with an integrated, color temperature adjustable LEDs that shines through the glass. The elegant rods are linked by lustrous aged brass hardware, creating a breathtaking linear pendant light. Each segment can be rotated 180 degrees, offering a customizable look that reflects your style.
In a striking contrast of black and white, the Catania pendant features a half circle of black basalt stone and etched cast glass to form a stunning rod, layered with an integrated, color temperature adjustable LEDs that shines through the glass. The elegant rods are linked by lustrous aged brass hardware, creating a breathtaking linear pendant light. Each segment can be rotated 180 degrees, offering a customizable look that reflects your style.
Product Details
- collection
- Catania
- extension
- 48.00in
- bulbs_included
- Yes
- number_of_bulbs
- 1
- max_wattage
- 34.40W
- bulb_type
- Module
- light_source
- LED
- light_output
- 3422.00lm
- color_temperature
- 2700K
- cri
- 90
- dimmable
- Yes
- rated_average_life
- 50000
- voltage
- 120.00V
- country_of_origin
- China
- material
- Metal and travertine stone frame with silicon diffuser
- safety_listing
- ETL, cETL
- manufacturer_finish
- Bassalt Stone/Aged Brass
- delivered_lumens
- 1188.00lm
- Type
- Cylindrical/Tubular
- Finish
- Brass - Antique
- Style
- Transitional
- Shade
- Woven/Natural
- meta_keywords
- Modern Forms,PD-6548-27-BV/AB,LED Linear Pendant,Catania,Bassalt Stone/Aged Brass,Linear Pendant,Linear/Island,Transitional
- status
- A
- led
- Yes
- width_range
- 6" & Less
- height_range
- 6" & Less
- price_range
- $1500 & more
- light_output_range
- 2100lm & more (150W equiv.)
- color_temperature_range
- 2700K & less (Candle)
- web_enabled
- 1
Warranty Information
5 Years Functional, 2 Years Finish
