Sterling Heavy-Duty Plastic Cutlery, Spoons, Silver, 50/Pack
Style Setter Mediumweight Plastic Teaspoons, White, 1000/Carton
TPLA Compostable Cutlery, Asian Soup Spoon, White, 500/Carton
Made entirely of talc-injected non-GMO corn-derived polylactic acid (TPLA), a safe, non-toxic, low-waste alternative to plastic—get all the benefits of plastic cutlery without the downsides. TPLA Compostable Cutlery is great for restaurants, cafes, cafeterias, food trucks, catered events… almost anywhere you’d typically want a disposable plastic option. Sturdy and reliable with enhanced hardness and rigidity as well as an excellent usable-temperature range, TPLA utensils are ideal for serving both cold and hot foods and beverages—serving hot foods and beverages up to 180°F is recommended for best performance. Reusable and dishwasher-safe. These utensils fully compost in three to six months within commercial composting facilities. Utensils Type: Asian Soup Spoon; Material(s): Talc-Injected Corn-Derived Polylactic Acid (TPLA); Color(s): White.
TPLA Compostable Cutlery, Soup Spoon, White, 1,000/Carton
Made entirely of talc-injected non-GMO corn-derived polylactic acid (TPLA), a safe, non-toxic, low-waste alternative to plastic—get all the benefits of plastic cutlery without the downsides. TPLA Compostable Cutlery is great for restaurants, cafes, cafeterias, food trucks, catered events… almost anywhere you’d typically want a disposable plastic option. Sturdy and reliable with enhanced hardness and rigidity as well as an excellent usable-temperature range, TPLA utensils are ideal for serving both cold and hot foods and beverages—serving hot foods and beverages up to 180°F is recommended for best performance. Reusable and dishwasher-safe. These utensils fully compost in three to six months within commercial composting facilities. Utensils Type: Soup Spoon; Material(s): Talc-Injected Corn-Derived Polylactic Acid (TPLA); Color(s): White.
TPLA Compostable Cutlery, Soup Spoon, White, 750/Carton
Made entirely of talc-injected non-GMO corn-derived polylactic acid (TPLA), a safe, non-toxic, low-waste alternative to plastic—get all the benefits of plastic cutlery without the downsides. TPLA Compostable Cutlery is great for restaurants, cafes, cafeterias, food trucks, catered events… almost anywhere you’d typically want a disposable plastic option. Sturdy and reliable with enhanced hardness and rigidity as well as an excellent usable-temperature range, TPLA utensils are ideal for serving both cold and hot foods and beverages—serving hot foods and beverages up to 180°F is recommended for best performance. Reusable and dishwasher-safe. These utensils fully compost in three to six months within commercial composting facilities. Utensils Type: Soup Spoon; Material(s): Talc-Injected Corn-Derived Polylactic Acid (TPLA); Color(s): White.
TPLA Compostable Cutlery, Spoon, 6″, White, 1,000/Carton
Disposable cutlery made from plant based TPLA compostable plastic (70% non-GMO corn and 30% talc). Designed to reduce waste and provide a safe, non-toxic alternative to plastic. Suitable for food up to 180°F. Can also be reused and is dishwasher safe. Great for catering, takeout, cafeterias, restaurants, cafes and food trucks. 100% compostable in three to six months in a commercial composting facility. Utensils Type: Spoon; Material(s): TPLA Compostable Plastic Derived from Plants (70% non-GMO Corn and 30% Talc); Color(s): White; Length: 6".
TPLA Compostable Cutlery, Spoon, 6″, White, 750/Carton
Disposable cutlery made from plant based TPLA compostable plastic (70% non-GMO corn and 30% talc). Designed to reduce waste and provide a safe, non-toxic alternative to plastic. Suitable for food up to 180°F. Can also be reused and is dishwasher safe. Great for catering, takeout, cafeterias, restaurants, cafes and food trucks. 100% compostable in three to six months in a commercial composting facility. Utensils Type: Spoon; Material(s): TPLA Compostable Plastic Derived from Plants (70% non-GMO Corn and 30% Talc); Color(s): White; Length: 6".
White CPLA Cutlery, Spoon, 1,000/Carton