2x280ml Double Wall Design Glass Tea Coffee Cup Heat-resistant Clear Thermo Mug LIVIVO Set of 2 Double Wall Coffee Mug - Insulated Double Layer Glass Keeps Your Drink Hot or Cold for Longe The
LIVIVO Set of 2 Double Wall Coffee Mugs keep hot drinks hot without
burning fingers and cold drinks cold without messy condensation, making
them the ideal vessels for every beverage, from cocktails to cocoa. The
Double Layered effect of the LIVIVO Double Wall Coffee Mugs makes it
appear as though the liquid is 'floating' inside the glass and the
double wall creates a thermal effect, helping to keep your cold drinks
cold and your hot drinks hot for longer periods of time. This means that
your cold drinks will stay bubbly and crisp, and cold, while you enjoy
it, with no build-up of condensation either and hot drinks stay hot for
longer, with the added benefit of the LIVIVO Double Wall Coffee Mugs
remaining cool to the touch. Since we introduced our double-wall
thermo glasses they've become an instant classic and an ever-growing
success story. Our double-wall glasses are unparalleled in their
versatility and simplicity, and they are extraordinarily well made. DIMENSIONS (each glass) - L9cm x W9cm x H11cm / L3.5" x W3.5" x H4.5" (approx.) DOUBLE WALLED GLASS Our
LIVIVO Coffee Mugs are formed in borosilicate glass which as well as
being resistant to cracks or shattering, can withstand temperatures to
140C. Double-Walled design with air pocket keeps liquids hot or cold, as appropriate SUSPENDED LIQUID EFFECT The
double-wall insulating design has an interesting side effect - not only
does it keep things hot or cold, it creates an intriguing 'suspended'
liquid effect, making your beverage look like it's floating on air! ROUNDED TIP FOR COMFORT All the edges of the hand made glasses are finished to the highest standards, with no sharp edges or spurs. A rounded and tapered lip gives a comfortable contact with the lips FLAT TABLE BASE Finally,
the base is wide and flat, for extra stability, and really shows off
the attractive 'floating' liquid effect, as a pocket of air is trapped
in the bottom.