4FT Unlit Artificial Christmas Tree with 907 PE/PVC Tips, Foldable Base, Green

About this item
Premium PE&PVC material: The outer branches of our christmas tree are made of premium PE brand new material, which has the characteristics of realistic appearance, not easy to break and change color, non-toxic, and flame retardant. The inner branches are made of brand new PVC material, which is used to increase the fullness of the overall tree shape. The unlit christmas tree has passed REACH and Ca Prop 65 certifications, providing added protection for your health and safety.
Wizard Hat Christmas Tree Design: Distinctive in design, the key feature of this “wizard hat” Christmas tree lies in its wider lower branches, reminiscent of the iconic shape of a wizard’s hat, which enhances its realism and beauty. This tree is 4 feet tall and has over 907 carefully crafted branches. Its lush and plump appearance adds richness and color to any vacation environment.
Durable and sturdy design: Our christmas tree is equipped with a sturdy X-shaped metal base and thicker metal trunk, ensuring its stability and durability in daily use. Whether placed indoors or outdoors, we can confidently keep the Xmas tree upright and safe. It also ensures that it can be enjoyed in many future holidays.
Easy installation and storage: This artifical christmas tree uses metal hinges to connect the branches, and the internal support of the branches is a mixture of memory steel wire and iron wire, gently shaping the tree tip to quickly unfold the branches and leaves, making it easier to hang christmas tree decorations for a full and natural appearance. The foldable design and detachable components facilitate compact storage.
Inspiration: This 4ft artifical christmas tree is an ideal centerpiece for your holiday decor. Its full, tree-like shape and lifelike foliage provide a splendid backdrop for ornaments and wreaths, elevating their allure. Whether you favor traditional holiday hues or contemporary tones, this tree ensures each decoration stands out with maximum impact.