Dixie? PerfecTouch? Insulated Disposable Paper Hot Coffee Cups, 5356DX, 16 Fl. Oz., 500 Count (25 Cups/Sleeve, 20 Sleeves/Case)

Description

DixieA PerfecTouchA 16 oz. Insulated Paper Hot Coffee Cup by GP PRO (Georgia-Pacific), 5356DX, 500 Count (25 Cups Per Sleeve, 20 Sleeves Per Case)

• Features: Insulated
• Assembled Product Dimensions (L x W x H): 18.19 x 14.38 x 15.00 Inches

These specially insulated disposable coffee cups are available in a variety of attractive designs, giving consumers a higher perception of product quality and elevating business returns. The construction of the PerfecTouch cup extends consumption time while adding confidence in overall product quality. Its outer lining keeps hands comfortable to the touch and eliminates the need for double-cupping. The WiseSize product offering provides a packaging solution for efficiencies in your business. New smaller case sizes and a sleek, uniform poly design have been developed for an assortment of popular products. These smaller case sizes will result in a minimum of split cases and the individual UPC coded poly will make it easier to pull product for delivery.

РReduces the need for costly double-cupping and sleeves РComfortable, sturdy, non-slip feel РPatented paper process provides unique insulation. РProduct may be processed in commercial facilities that have final screening capability. Such facilities may not exist in your area. Product contains approx 80% compostable cellulose fiber by weight. РMeets Sustainable Forestry Initiative (SFI®) certification standards. SFI is a registered trademark owned by Sustainable Forestry Initiative, Inc. www.sfiprogram.org. РDixie® PerfecTouch® cups use 25% less material, by weight, than a paper cup and sleeve. *Based on GP limited test data of 12 & 16 oz PerfecTouch® cups vs. 12 & 16 oz. Dixie® paper hot cups and sleeves from the leading coffee retailer. РUSDA Certified Biobased product РDixie® PerfecTouch® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F, the temperature at which water boils. No tests have been performed with liquids over 212 degrees F

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