Chip - 5CCT Flush Mount
- 110% Price Match
- Easy Returns
- Tariff-Free
The Chip - 5CCT Flush Mount by Maxim Lighting is an ultra-thin LED ceiling light with a white polycarbonate diffuser for your bedroom, hallway or kitchen, in Black, White or Satin Nickel.
Four sizes are available at 5.75", 7", 11.25" and 15.75" wide, each 0.75" high. Output ranges from 700 to 2400 lumens, and the light rates at 2700K warm white.
Dimensions
| Dimensions | 5.75"W x 5.75"L x 0.75"H |
|---|---|
| Weight | 0.62 lbs. |
| Canopy | 5.75"x5.75"x0.75" |
| Wire | 6" |
Product details
| Finish | Black |
|---|---|
| Glass / Shade | White |
| Material | Hardware,PC |
| Collection | Chip - 5CCT |
| Designer | Maxim Lighting |
Electrical
| Bulbs | 1 × 12W, 700 lm |
|---|---|
| CCT | 2700K |
You know you are getting the best Canadian landed price at Canada Light Shop. If you find the same product advertised for less by one of our Canadian competitors within 30 days of your purchase, we will gladly match the lower price + 10% of the difference. Click here for more information.
Description
The Chip - 5CCT Flush Mount by Maxim Lighting is an ultra-thin LED ceiling light with a white polycarbonate diffuser for your bedroom, hallway or kitchen, in Black, White or Satin Nickel.
Four sizes are available at 5.75", 7", 11.25" and 15.75" wide, each 0.75" high. Output ranges from 700 to 2400 lumens, and the light rates at 2700K warm white.
Specifications
Dimensions
| Dimensions | 5.75"W x 5.75"L x 0.75"H |
|---|---|
| Weight | 0.62 lbs. |
| Canopy | 5.75"x5.75"x0.75" |
| Wire | 6" |
Product details
| Finish | Black |
|---|---|
| Glass / Shade | White |
| Material | Hardware,PC |
| Collection | Chip - 5CCT |
| Designer | Maxim Lighting |
Electrical
| Bulbs | 1 × 12W, 700 lm |
|---|---|
| CCT | 2700K |
Downloads
110% Price Match
You know you are getting the best Canadian landed price at Canada Light Shop. If you find the same product advertised for less by one of our Canadian competitors within 30 days of your purchase, we will gladly match the lower price + 10% of the difference. Click here for more information.
