Plastic Christmas Tree Stand, White Base Holder for 4-5ft Trees, Easy-Grip Knobs, 7-8 Inch, 1 Piece

Plastic Christmas Tree Stand, White Base Holder for 4-5ft Trees, Easy-Grip Knobs, 7-8 Inch, 1 Piece Description

Welcom to Plastic Tree Stands For 45ft Christmas Trees Base Holder With Easy Grip Knobs For 1.21.5 Meter Artificial Or Real Tree Features: for 4-5ft Trees: Specifically designed to securely hold 1.2 to 1.5 meter (approximately 4 to 5 feet) Christmas trees. This set includes both 7-inch and 8-inch base sizes to a perfect, stable for your tree's. Robust & Steady Support: from high-strength, heavy-duty plastic, this stand provides a wide, -profile base that effectively tipping, keeping your tree and throughout the holiday season. Setup: Featuring user-friendly, easy-grip thumb knobs that tighten securely around the tree without the need for tools. You can have your tree set up straight and stable in minutes. Versatile Compatibility: Ideal for both artificial and real Christmas trees within the specified height range. The yet effective design makes it a reliable for home,, or holiday decorations. & Lightweight: Made from impact- plastic, this stand is to last for many holiday seasons while lightweight for easy storage and handling. Its classic black color discreetly blends with your tree's branches. Product Description: Plastic Tree Stands for 4-5ft Christmas Trees, Base Holder with Easy Grip Knobs for 1.2-1.5 Meter Artificial or Real Tree Note: Manual measurement, please allow slight errors on size. The colors may exist slight difference due to different screens. Stable Base for 4-5ft Trees - Designed to hold artificial or real trees 1.2-1.5 meters tall securely. Easy-Grip Thumb Knobs - Tighten firmly around tree trunk without tools-sets up in minutes. Wide, Low-Profile Design - Prevents tipping and keeps tree upright throughout the holiday season. Durable ABS Plastic - Impact-resistant and lightweight for easy storage and reuse. Includes Two Base Sizes - Comes with 7-inch and 8-inch bases to ensure perfect fit and stability.