DescriptionBiodegradable Thank You T-Shirt Bags – 1000-Count Pack for High-Volume Retail and Food Service OperationsStock Up with 1000 Bulk Biodegradable Shopping BagsThis 1000-count pack of biodegradable Thank You T-shirt bags is designed for high-volume retail, grocery, and food-service operations that require consistent supply and dependable performance. Made from HDPE with a biodegradable additive, these bags support daily checkout and carry-out use at scale with predictable quality and wholesale cost efficiency.Why Choose Our Biodegradable T-Shirt Bags?Eco Biodegradable: Made with biodegradable EPA, these bags gradually break down in typical landfill settings.Heavy-Duty Performance: Built for continuous daily use in high-traffic retail and food-service environments.Comfort Grip Handles: Reinforced handles for easy, reliable carrying every time.Thank You Print Design: Adds a friendly, professional touch your customers will notice.Proudly Made in the USA: Crafted with care and quality to support local production and reduce global impact.Product Features:Size: 11.5 x 6.5 x 22 inchesThickness: 13 micronsMaterial: HDPE (not compostable)Quantity: 1,000 bags per packPerfect for:High-volume retail storesGrocery markets with daily bag turnoverRestaurants and carry-out operationsBenefits of the 1000-Count Wholesale Pack:Designed for cost-effective, high-volume purchasing with consistent sizing and material performance.Wholesale pricing suited for ongoing retail, grocery, and food-service operations.Reliable daily-use bags for high-traffic checkout and carry-out environments.Elevate your packaging with our wholesale biodegradable shopping bags and make a lasting impression on your customers while protecting the environment.Shop our biodegradable Thank You T-Shirt Bags in bulk today and take the next step toward sustainable packaging solutions. Place your order now and enjoy eco-friendly packaging at wholesale prices!★ Note: The colors and design of the bags may vary slightly. Dimensions and thickness are approximate and subject to a ±5% variance due to manufacturing processes.
