Suzhou Dengmihui Lighting Technology Co., Ltd.

Suzhou Dengmihui Lighting Technology Co., Ltd.

Manufacturer from China
Site Member
3 Years
Home / Products / LED Track Spotlight /

170V To 250V LED Track Spotlight Bathroom Ceiling Downlights PAR-5W 3500K

Contact Now
Suzhou Dengmihui Lighting Technology Co., Ltd.
City:suzhou
Country/Region:china
Contact Person:MrsSun
Contact Now

170V To 250V LED Track Spotlight Bathroom Ceiling Downlights PAR-5W 3500K

Ask Latest Price
Video Channel
project type :Downlight
Input voltage (v) :170-250
Warranty (year) :3 years
application :Residential, Hotel, Shop, Indoor Lighting, Shop/Hotel/Office
Operating temperature (°C) :-20 - +50
color temperature (color temperature) :2700K/3000K/3500K/4000K/5000K
product name :PAR Series Recessed Downlight
color :Matte Black/Matte White/Bright Silver/Gun Black
power :5w
Contact Now

Add to Cart

Find Similar Videos
View Product Description

LED Ceiling Downlights PAR-5W Series downlight

Product Features

Description of PAR-5W Series downlight

PAR-5W Series downlight square rotation soft light with high rendering index has been installed. It can be regarded as having both high appearance and performance. Among them, the overall lamp has no flicker, stable heat dissipation, environmentally friendly materials, high color rendering number, factory Direct sales, quality aluminum, easy installation

Product Spec:

Item No. Color Power Coloration CT Beam angle Luminous Overall dimensions Dimension
PAR-5W Matte Black/Matte White/Bright Silver/Gun Black 5W 90 2700K/3000K/3500K/4000K/5000K 15°/24°/36°/60° 480ML 85*73mm 75mm

Application of PAR-5W Series downlight

As a very practical indoor lighting product, the PAR series downlight can be widely used in various family areas such as bedrooms, living rooms, and corridors. According to the lighting requirements, you can choose single or multiple installations, which can fully meet the needs of different occasions.

170V To 250V LED Track Spotlight Bathroom Ceiling Downlights PAR-5W 3500K

Inquiry Cart 0