LK Packaging Merchandise Bag - 20" x 30", 0.8 mil HDPE, Burgundy (C30BY)

LK Packaging's **C30BY 20" x 30" Burgundy merchandise bags** are a workhorse solution for commercial kitchens, retail stores, and events requiring durable, high-capacity packaging. Crafted from **0.8 mil HDPE (high-density polyethylene)**, these bags deliver **light-duty protection** for larger items while maintaining a clean, professional aesthetic with their **burgundy color**. The **4" side gusset** adds depth for bulky merchandise, while the **embossed surface** ensures quick, mess-free separation—critical for fast-paced restaurant takeout or retail operations. Each **dispenser carton contains 250 bags**, making it a cost-effective choice for high-volume stocking, whether you're a QSR, café, or specialty food retailer. Designed for **restaurant takeout, retail displays, or promotional packaging**, these bags strike the perfect balance between **durability and convenience**. The **0.8 mil thickness** provides reliable protection without adding excessive weight, ensuring your items stay secure while minimizing material waste. The **burgundy color** adds a touch of sophistication, making it ideal for branded merchandise or upscale packaging needs. Whether you're packaging **coffee cups, pastries, or retail products**, the C30BY delivers **reliability, speed, and professionalism**—key factors for businesses prioritizing efficiency and presentation. For **restaurants and foodservice professionals**, this bag is a must-have for **to-go orders**, offering a **clean, sealed option** that’s easier to handle than traditional paper bags while being more durable than thin plastic alternatives. Retailers will appreciate its **sturdy construction and embossed design**, which speeds up transaction times. With **250 bags per carton**, it’s an economical choice for bulk ordering, reducing reorder frequency and inventory management hassle. Order now and experience the **LK Packaging difference**—where **quality, functionality, and cost savings** come together.