Carlisle Tumblers, Plastic Cups, Drinking Glasses & More
Constructed of durable materials – such as SAN plastic and polycarbonate – Carlisle drinkware is sturdy, resistant to breaking, and ideal for nearly any establishment.
Carlisle Stackable Tumblers
The nesting design of Carlisle stackable tumblers saves valuable storage space, while the sturdy plastic construction saves money by reducing breakage.
Carlisle Pitchers & Carafes
Equipped with various features to simplify serving beverages, Carlisle pitchers are durable and break resistant. You can learn more about them here.
Carlisle Bar Glasses
Tired of broken stemware at your catering events? Buy the Carlisle bar glasses you can count on here.
Carlisle Mugs
Carlisle mugs come in a large variety of colors and types to best suit your establishment's specific needs.
Carlisle Stemware
When you use Carlisle stemware you don't have to worry about your precious drinkware breaking.
Carlisle Drinkware For Sale
Carlisle Drinkware: What You Need to Know
There are a plethora of Carlisle drinkware options available, including tumblers, bar glasses, and pitchers. Carlisle drinking glasses are made with quality materials and come in various shapes, sizes, and designs. Carlisle uses durable materials, such as polycarbonate and SAN plastic, to make its drinking glasses, ensuring their glasses are sturdy and resistant to breaking. Almost any operator could use Carlisle drinkware in their restaurant, bar, hotel, or hospital. Carlisle drinkware is made to be versatile and long lasting with an appealing appearance. Some Carlisle glasses are designed for use in bar areas, and they look similar to regular glass. In the section below, we'll answer commonly asked questions regarding Carlisle drinkware.
Common Questions About Carlisle Drinkware
What types of materials are Carlisle drinkware made of?
Carlisle drinking glasses can be made of a couple different materials, such as SAN plastic and polycarbonate. The two materials are very similar, though they have some key distinctions. Carlisle polycarbonate drinkware is durable and very resistant to breaking. It also can be dropped without fear of chipping and breaking, making it ideal for casual and fast-casual establishments.
SAN plastic is another material used to manufacture Carlisle drinkware. It's resistant to breaks and stains, so it's also extremely durable to use. Carlisle bar glasses can be constructed of SAN plastic and polycarbonate, so they can also withstand the rigors of busy bar areas. In addition to having an appearance like glass drinkware, SAN plastic is lightweight for effortless transport.
What types of Carlisle drinkware are available?
Carlisle has a wide variety of drinkware available to fit any establishment, regardless of aesthetic. Some Carlisle tumblers are designed to be stackable, while your typical Carlisle bar glass has an almost identical look to glass bar drinkware. Pitchers and carafes are available for serving large amounts of beverages, such as water and tea. Carlisle stemware enables you to provide the same look as glass wine glasses while making them also durable and resistant to breaking. Carlisle mugs come with features that make them safe and simple to handle.
What are the benefits of using Carlisle drinkware?
As mentioned above, the materials used to make Carlisle drinkware pair durability with style. They come equipped with various features for simple handling, easy transport, and quick cleaning. Textured exteriors create a secure grip to prevent staff and guests from dropping the glass accidentally.
Carlisle pitchers are available with tapered lips to contain ice and foam inside the pitcher. Carlisle coffee mugs may feature large handles that protect the handler's fingers from being burned by the mug. Carlisle bar glasses have an appearance that resembles glasses, making them a durable choice for bars looking to keep the typical bar glass style. Carlisle stackable tumblers are also available to maximize storage space. Stackable tumblers are also simple to clean off a table and transport to the dishwashing area.