WHAT IS A COOKIE

Cookies are text files that contain small amounts of information and are downloaded to your device when you visit a web page. The cookies are then sent back to the source web page on each subsequent visit (first party cookies) or to another web page that recognizes that cookie (third party cookies). Cookies are useful because they make it possible for a web page to recognize a user’s device. Cookies have many purposes, such as allowing you to navigate between pages efficiently, remembering your preferences and, in general, improving your user experience. They also help you ensure that the ads you see online are the most relevant to you and your interests. Based on the function cookies have and the purpose for which they are used, there are four categories of cookies: strictly necessary cookies, performance cookies, functionality cookies or advertising cookies.

USE OF COOKIES

As in most web pages, your visit uses cookies to improve the user experience by making it possible for the web page to remember you, either for the duration of your visit or for the repetition of visits, which will allow you to navigate between pages more efficiently, saving your preferences, allowing you to interact with social networks such as Facebook or Google+ and offering you Google Maps services. Cookies will be set by our website (first-party cookies) or by other websites that run their content on our website (third-party cookies); for example, our web pages include embedded “Share” buttons that allow web users to share their content with friends through social networks such as Facebook and Twitter. Those other pages may set a cookie when you are logged into their service. Galvanolyte does not control the cookies on these web pages. Check the web pages of third parties for more information on their cookies and on how to manage them.

BELOW WE OFFER YOU A LIST OF COOKIES USED ON THIS SITE, ORGANIZED BY CATEGORY:

STRICTLY NECESSARY COOKIES:

They are essential so that you can move around a web page and use its functions. Without these cookies, you will not be able to offer the services you demand, for example, remembering previous actions (such as the text entered) when you return to a page without having closed your session.

PERFORMANCE COOKIES:

They collect information about how a web page is used, for example, which pages users go to most often and whether those web pages give them error messages. These cookies do not collect information that identifies the user: all the information that these cookies collect is aggregated and, therefore, anonymous. It is only used to improve the functioning of a web page.

FUNCTIONALITY COOKIES:

They make it possible for a web page to remember your preferences (such as username, language or your geographic location) and offer you enhanced and personal functions. For example, a web page could offer you tax information regarding local prices by using a cookie to save the province in which you are currently located. Functionality cookies can also be used to provide services that you request, such as watching a video. The information that these cookies collect can be kept anonymous and they will not be able to track your browsing activity on other web pages.

ADVERTISING COOKIES:

They are used to show you the ads most relevant to you and your interests. They are also used to limit the number of times you see an ad, as well as to help measure the effectiveness of an ad campaign. They remember whether you have visited a web page or not, and this information is shared with other organizations, such as advertisers. Advertising cookies will often be tied to the functionality of a site from other organizations.

SHARE ON SOCIAL MEDIA:

Galvanolyte web pages contain “Share” buttons so that users can share content through social networks, such as Facebook and Twitter. These sites may set a cookie when you connect to their service. Galvanolyte has no control over the cookie settings on these websites. Please refer to third party websites for more information on their cookies and how to manage them.