ECO HIVE Bio Plastic Self-Seal Garment Bag 20 Micron 100 Pcs Each (Pack of 3)

The ECO HIVE Bio Plastic Self-Seal Garment Bag is an eco-friendly packaging solution designed to meet the needs of environmentally conscious consumers and businesses. Each bag measures 20 microns in thickness, ensuring durability while maintaining a lightweight profile. This makes the bags robust enough to protect garments from dust, moisture, and other potential contaminants during storage and transit, while still being easy to handle and store.

Packaged in sets of 100 pieces, with each purchase including three packs, the ECO HIVE garment bags offer a total of 300 bags. This ample quantity makes them ideal for a variety of uses, from retail and dry cleaning businesses to personal wardrobe organization. The self-seal feature adds a layer of convenience, allowing for quick and secure sealing without the need for additional tools or materials. This ensures that garments remain neatly packaged and protected with minimal effort.

What sets these garment bags apart is their bio-plastic composition. Made from environmentally sustainable materials, they offer a greener alternative to traditional plastic bags. The use of bio-plastic not only reduces the environmental impact associated with plastic waste but also aligns with increasing consumer demand for sustainable products. By choosing ECO HIVE garment bags, businesses can enhance their eco-friendly credentials and contribute to a more sustainable future.

The 20-micron thickness strikes a balance between sturdiness and flexibility, making these bags suitable for a wide range of garments, from delicate fabrics to heavier clothing items. Their transparent design allows for easy identification of contents without opening the bag, adding to the overall convenience. Whether for commercial use in clothing stores and laundry services or for personal use at home, the ECO HIVE Bio Plastic Self-Seal Garment Bag provides a reliable, eco-friendly, and user-friendly solution for garment storage and protection.