Joco takeaway cups 170ml / 6oz

Manufacturer: Joco

SKU: 3S011
Joco takeaway cups 170ml / 6oz are made of high-quality, non-porous borosilicate glass and medical grade silicone. Certified non-toxic, 100% plastic-free, antibacterial, stain and odor resistant. Produced with care for nature, simple and perfectly designed, they preserve the taste of the drink or smoothie. Joco takeaway cup is safe for use in the microwave. Feel free to clean it in a dishwasher. Shape of the cup fits coffee machines.
Joco takeaway cups always and everywhere! It’s a cup you can be proud of. Continue reading>>

Availability: In stock

Regular Price: €21.90

Special Price: €19.71

Discount: 10%

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Details

Joco takeaway cups 170ml / 6oz are made of high-quality, non-porous borosilicate glass and medical grade silicone. Certified non-toxic, 100% plastic-free, antibacterial, stain and odor resistant. Produced with care for nature, simple and perfectly designed, they preserve the taste of the drink or smoothie. Joco takeaway cup is safe for use in the microwave. Feel free to clean it in a dishwasher. Shape of the cup fits coffee machines.
Joco takeaway cups always and everywhere! It’s a cup you can be proud of.

Joco takeaway cup 170ml / 6oz:

  • Joco "takeaway" cup 170ml / 6oz
  • Stylish, fashion takeaway cup
  • Drink pure coffee, tea or smoothie
  • Made From Non-Porous Borosilicate Glass and medical grade silicone
  • Lid is Anti-Splash Ergonomic
  • Thermal Silicone Sleeve
  • Standard Barista Sizing
  • Dishwasher an Microwave Safe
  • BPA, Lead and Cadmium and Free, plus Food Grade Safe
  • Certified non-toxic, 100% plastic-free, antibacterial, stain and odour resistant
  • LFGB, Reach and FDA compliant

Joco - "That Cups care!"
Worldwide, we spend more than 500 billion cups for one use  per year - make a step forward with Joco cup and reduced this number!

Borosilicate glass is a type of glass with silica and boron trioxide as the main glass-forming constituents. Borosilicate glasses are known for having very low coefficients of thermal expansion, making them resistant to thermal shock, more so than any other common glass.
Such glass is less subject to thermal stress and is commonly used for the construction of reagent bottles.