Chocolato

$
Closed
tripadvisor logo

(1)

Call
Website

Photos

5401 Boulevard Des Galeries
Quebec City, Quebec G2K 1N4
+1 (418) 614-0880
http://chocolato.ca

Chocolato is a renowned chocolatier and ice cream parlor located in Quebec City, celebrated for its extensive selection of 20 unique chocolate dipping options. Customers can enjoy their offerings in various forms, including chocolate-covered ice cream sandwiches, hot chocolate, and customizable creations tailored to individual tastes.

Emphasizing creativity and indulgence, Chocolato invites patrons to mix and match flavors and toppings, ensuring a delightful experience for all occasions. With thematic products designed for special events, they promise to satisfy every sweet tooth through their innovative menu.

Generated from the website

Also at this address

Reviews

tripadvisor logo
4.01 reviews
Photo of CKT808
Dip Cones and Hot Chocolate
7/11/2019

This is a franchise that has several locations in Canada. The dipped ice cream cones and hot chocol...

Read more on Tripadvisor
Own this business?
See a problem?

You might also like

Chocolats Favoris
Eating places, Organic and diet food

Chocolats Favoris

124
•
$
"We visited based on recommendation of family and were pleasantly impressed. Really unique experienc..."
photo of PAD810
Organic and diet food, Eating places

Chocolaterie Tentation

Chocolaterie Tentation, nestled in the charming town of Lévis, QC, is a quaint establishment that specializes in crafting delectable chocolate creations. With a focus on quality ingredients and artisanal techniques, this cozy chocolaterie offers a range of tempting treats for those seeking a sweet indulgence. Generated from their business information
Julie Vachon Chocolats
Organic and diet food, Eating places

Julie Vachon Chocolats

15
•
$
Tiny shop of divine sweets and homemade chocolate. Artisanal delights such as Hazelnut spread, pistachio truffle and caramel tarted up with lime. Hot chocolate, brownies and amazing cookies.
Canada›Chocolato

Partial Data by Foursquare.