PerfecTouch Paper Hot Cups and Lids Combo, 10 oz, Coffee Haze Design, 50/Pack, 6 Packs/Carton
- A cost-efficient option because there's no need for cardboard cup sleeves or double-cupping.
- Dual-purpose paper cups help with storage constraints and simplify ordering.
- Insulated hot paper cups keep drinks hot and fingers cool.
- Looks and feels like foam but contains no foam and the outer lining is sturdy and comfortable to hold.
- More hygienic because they are 1-time use compared to permanent ware cups.
- Dixie® 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.
Description
Specifications
Made In
US
UNSPSC Code
52151504
Weight
6.66lb
Height
11.44in
Width
15.06in
Length
16.63in
Brand
Dixie
Category
Cups
Color Family
Multicolor
Color(s)
White/Brown/Green/Blue
Cup Type
Hot Cup/Lid
Disclaimer Statement
This product was made using wood sourced from a certified managed forest.
Global Product Type
Hot Drink Cups
Interior Volume Capacity
10 Oz
Material Type
Paper
Material(s)
Paper Cup; Plastic Lid
Post-Consumer Recycled Content Percent
0%
Pre-Consumer Recycled Content Percent
0%
Special Features
6 Packs: 50 Cups/50 White Lids
Theme
Coffee Haze
Total Recycled Content Percent
0%
PerfecTouch Paper Hot Cups and Lids Combo, 10 oz, Coffee Haze Design, 50/Pack, 6 Packs/Carton
- A cost-efficient option because there's no need for cardboard cup sleeves or double-cupping.
- Dual-purpose paper cups help with storage constraints and simplify ordering.
- Insulated hot paper cups keep drinks hot and fingers cool.
- Looks and feels like foam but contains no foam and the outer lining is sturdy and comfortable to hold.
- More hygienic because they are 1-time use compared to permanent ware cups.
- Dixie® 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.
