Tea Light Candle Holder "Der Tanz der Schatten"

3D-PRINTED. LIGHTWEIGHT.

The “Der Tanz der Schatten” Gothic Coffin Tealight Candle Holder is a striking piece of decor that combines eerie elegance with modern craftsmanship. This 3D-printed candle holder is perfect for creating a hauntingly beautiful ambiance, it holds a single tealight candle, casting intricate shadows that dance around the room. Ideal for Halloween, themed parties, or simply adding a touch of the macabre to your home decor.

Its LED candle compatibility ensures safety and longevity without compromising on style.

DIMENSIONS:
Width 72 mm/2.83 in
Depth 140 mm/5.51 in
Height 29 mm/1.14 in

Tea light holder (metal insert) is made of gold-colored steel. Inner size: Ø 40 mm/1,57 in. Height: 18 mm/0,7 in.

WARNING!!!
Fire Risk with PET Plastic Candlestick Holders.
Using a real candle with a PET plastic candlestick holder poses a fire hazard. PET plastic can melt or ignite when exposed to heat, increasing the risk of fire. Exercise extreme caution or consider alternative materials to ensure safety during candle use. We strongly recommend to use electronic candles, or, if using a real candle, to be very cautious to not allow it to burn down completely.

SHIPPING
Please note: our processing time is 7-10 days as all the products are made to order. You will receive a tracking number once your order has been dispatched.

RETURN/REFUND
If you encounter any difficulties or have any concerns regarding your order, please reach out to us! We always strive to resolve any issues with orders.

DISCLAIMER
Our 3D printed items are crafted with precision and care using advanced technology. However, it's important to note the following:
-All our items are lightweight.
-Due to the nature of 3D printing, small imperfections may occur. These artifacts are typically inconspicuous and do not detract significantly from the overall quality of the item.
-To maintain the quality and appearance of your 3D printed item, we recommend following any care instructions provided. Avoid exposure to extreme temperatures, moisture, or direct sunlight, as these factors may affect its appearance or performance.