Effect on Drink Temperature

Good thermal conductivity of metal materials: Metal cocktail shakers made of stainless steel, copper and other metals have strong thermal conductivity. This is an advantage during the shaking process as they can quickly transfer the low temperature of ice to the liquid, rapidly cooling the drink to the ideal drinking temperature. For example, when making a Martini or other cocktails, using a metal cocktail shaker allows ingredients such as gin and vermouth to mix and cool quickly with ice, keeping the drink refreshing.

Excellent thermal insulation of plastic materials: Plastic cocktail shakers have good thermal insulation properties and can slow down the melting speed of ice to some extent, maintaining the low temperature of the drink for a longer time. For some drinks that do not require excessive cooling or are more sensitive to temperature changes, a plastic cocktail shaker may be a good choice.

Effect on the Taste of the Drink

Glass material is pure and tasteless: Glass cocktail shakers have stable chemical properties and will not react with the drink, preserving the original flavor of the liquid to the greatest extent. Whether the drink is sour, sweet, bitter, spicy or other flavors, the taste characteristics of the original liquid can be maintained in the glass cocktail shaker, allowing the bartender to accurately adjust the taste as desired.

Metal materials may have a slight influence: Some metal materials may have slight chemical reactions with the components in the drink, thereby having a certain influence on the taste of the drink. However, this influence is usually small, and in most cases, with proper selection, use of metal cocktail shakers, timely cleaning and maintenance, obvious adverse effects on the taste of the drink can be avoided.

Related to Durability

Metal materials are strong and durable: Stainless steel, copper and other metal materials usually have high strength and hardness, and are able to withstand frequent use and impact without being easily damaged.