Description:
Infuse warm seasonal magic into every nook with this lifelike pre-lit artificial tree.
Showcasing 363 lush branch tips blended with realistic PE and PVC leaves, this tree forms natural layered tiers mirroring the lively texture of genuine fir. Fitted with 50 LED lights, it casts warm white glow for gentle ambience. Powered by an IP44-rated battery box with a 6-hour-on, 18-hour-off timer, soft illumination drifts across every bough and elevates every corner of your home effortlessly. Made of 100% new PE and PVC materials, the tree is flame-retardant, anti-fading, allergy-friendly and smell-free. Its decorative base is wrapped in textured burlap for warm rustic charm, and its weighted cement filling keeps the tree firmly upright. Note: Ornaments are not included.
Feature:
Vibrant evergreen foliage to bring woodland charm indoors
Generates cozy festive ambiance with 50 warm white LED lights
IP44 waterproof battery box requires 3 AA batteries (not included)
Woodland-style tree base is wrapped in rustic burlap and filled with cement
Timer function (6 hours on, 18 hours off) for convenient on/off lighting cycles
PE and PVC leaves are flame-retardant, fade-resistant, non-allergic and smell-free
Timeless fir tree with 363 dense branch tips, realistic PVC leaves and thick PE foliage
Perfect for diverse settings, like entryway nooks, living-room tables, shops, and more
Specification:
Color: Green
Material: PE, PVC, Cement, Linen Fabric, Plastic
Product Dimensions: 61 x 91 cm (Dia. x H)
Tree Height: 3 ft/91 cm
Tree Width: 2 ft/61 cm
Base Size: 15 x 7.5 cm (Dia. x H)
Number of Branch Tips: 363
Number of LED Lights: 50
Net Weight (Each Tree): 1.5 kg
Package Includes:
1 x Christmas Trees
WE ARE SO SORRY THAT WE DON'T HAVE COURIERS SERVICE OF FOLLOWING AREAS: CHANNEL ISLANDS (SUCH AS JERSEY AND GUERNSEY), ISLE OF MAN, SCILLY ISLES, SCOTTISH ISLANDS, LERWICK, OUTER HEBRIDES, PO BOX! ALL ITEMS MUST BE RETURNED IN ORIGINAL PACKAGING AND AUTHORISED BY US. PLEASE DO NOT SHIP ANY GOODS TO ANY ADDRESS WITHOUT OUR AUTHORISATION AS IT MIGHT AFFECT SUBSEQUENT PROCESSES.

































































































