Kubert 30 PCS White Luminary Bags, Flame Resistant Candle Bags, 3 Design Luminaries Snowflakes, Christmas Tree and Snowman for Wedding, Halloween,

Kubert 30 PCS White Luminary Bags, Flame Resistant Candle Bags, 3 Design Luminaries Snowflakes, Christmas Tree and Snowman for Wedding, Halloween,

🎄 Use occasions: candle lantern bags are all flame-retardant, can be used in bedroom, living room, balcony and other indoor places, can be used in rooftop, courtyard, park and other outdoor places, and also suitable for use as a church, school, bar, square and other places of decorative lighting 🎄 Used for: luminary bags are safe and environmentally friendly, pollution-free and reusable, the candle bag can be folded and can be easily accepted or used 🎄 Application: when you put LED candles into the white luminary bag, under the irradiation of warm lights, the light will pass through the hollowed-out holes in the candle luminary bags, creating a wonderful atmosphere, warm and comfortable; it can be used by yourself, but also suitable as a gift to others; widely used in Christmas parties, holiday parties, anniversaries, weddings, birthdays and other occasions to celebrate 🎄 Including: there are 30 luminary bags with 3 different hollow patterns, when you put the candle bag and tea light cooperate, can decorate a rich Christmas scene 🎄 Material and size: the candle lantern bag is made of 80 gsm white flame-retardant paper and after it is expanded, the size is about 26 x 15 x 9 cm/10.24 x 5.90 x 3.54 inches Specifications

Luminary Bags
Size: 26 x 15 x 9 cm / 10.24 x 5.90 x 3.54 inches
Material: Flame-retardant Kraft Paper
Color: White

Package includes:
30 Pieces Paper Luminary Bags

Use occasions:
Candle lantern bags are can be used in bedroom, living room, balcony and other indoor places, can be used in rooftop, courtyard, park and other outdoor places, and also suitable for use as a church, school, bar, square and other places of decorative lighting

Warm note:
♥ Keep away from water.
♥ Please allow slight difference on size due to manual measurement.