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Cookware and materials: how to find the right cookware

    05/14/2025

    6 min.

Choosing the right material for pots and pans is crucial in terms of the cooking experience and durability of the cookware.

 

Which material is best? What are the advantages and disadvantages of different materials? What makes for a good cooking pot or top-quality frying pan? Our guide will help you to find the right cookware for your needs. 

The essentials at a glance

    The material that cooking pots are made of affects their performance and maintenance 

    Multi-ply cooking pots (clad cookware) like the BORA Pots and Pans range combine the advantages of different materials 

    Their ergonomic handles, stackability and simple cleaning make them extremely easy to use and efficient in the kitchen 

Why cookware material is so important

The material a cooking pot is made of not only affects its performance but also its maintenance and durability. Premium materials ensure that heat is distributed evenly, whilst being durable and making the cookware easier to clean.

A carefully selected set of cookware tailored to the varying needs of everyday cooking can make all the difference in the kitchen. It’s not just about having the right pot or pan for each cooking method, but also about how the material interacts with the ingredients. Making the right choice when it comes to the materials not only improves the way your dishes taste but also helps retain more nutrients. It is extremely important that the material suits your cooking style and the type of hob that you use. 

    The best materials for cooking pots: a comparison

    MaterialAdvantageDisadvantage
    Stainless steel
    • Durable, non-corrosive and easy to clean
    • Even heat distribution 
    • Compatible with all kinds of hobs (also induction-compatible if it has a magnetic base)
    • Does not react with acidic foods
    • Does not alter the taste of dishes
    • Does not retain heat as well as other materials 
    Cast iron
    • Excellent heat retention and distribution 
    • Ideal for braising 
    • Suitable for all types of hobs
    • Comparably heavy material 
    • Can scratch glass surfaces due to its heavy weight
    • Requires special care 
    Aluminium
    • Lightweight, good thermal conductivity 
    • Economical 
    • Compatible with all kinds of hobs (also induction-compatible if it has a magnetic base)
    • Easily scratched 
    • Can react with certain foods (acidic and alkaline) and change the colour and taste of food* 
    Copper
    • Excellent thermal conductivity 
    • Precise temperature control 
    • Ideal for use on gas and electric cooktops
    • Can react with certain foods (acidic and alkaline) and change the colour and taste of food* 
    • Comparably expensive, regular maintenance required 
    Ceramic
    • Ideal for cooking at low temperatures 
    • No coating and so better for your health 
    • Suitable for all kinds of hobs 
    • Less robust 
    • Requires regular maintenance 
    • Non-stick coating deteriorates faster

      * So that the colour and flavour of the food is not affected, copper cookware should have a protective coating made of stainless steel or tin, which also makes it non-stick. On aluminium cookware, the non-stick coating is usually made of a heat-resistant ceramic coating or from a PTFE coating (polytetrafluoroethylene) also known under the brand name Teflon. 

        Multi-ply cooking pots: clad cookware 

        Multi-ply pans are an innovative development in the world of cookware as they combine the strengths of different materials in a single product. This concept, also known as ‘clad cookware’, uses a combination of layers, typically metals such as stainless steel and aluminium or copper, to maximise the benefits of these materials. The outer layers of stainless steel offer durability and a strong surface while the inner layers provide optimum heat storage and distribution. 


        Tip: products made of 5-ply stainless steel like BORA Pots and Pans bring the cooking experience to a whole new level and are ideal for ambitious chefs who value quality and performance. The 5-ply structure of the pot or pan, comprising two layers of stainless steel and three layers of aluminium, combines the best properties of both materials to optimise the cookware’s durability, efficiency and thermal conductivity, and thereby shorten the heat-up time, for example. 

          BORA Pots and Pans

          Professional cookware for all occasions

          Discover the top-quality BORA cookware set, perfectly designed for your kitchen. 

          Frequently asked questions about cooking pots and materials

          A high-quality saucepan is characterised by the following features: 

          • Even heat distribution. Particularly important for delicate dishes. 
          • Sturdy handles: Ergonomically shaped handles that sit comfortably in the hand and stay cool. 
          • Matching lid: A tight-fitting lid saves energy and ensures optimum cooking processes. 
          • Material compatibility: The pan should be suitable for your hob, such as induction, gas or electric. 
          • Stackability: To make kitchen organisation easier, pots and pans should be easy to stack. This makes them easier to stow away.
          • Smooth surfaces: A flat base without engravings or patterns reduces the risk of scratches on the hob and makes cleaning easier, as there are no gaps where dirt can collect. 

          Plastic handles are preferred as they are heat-insulating and do not get hot. They ensure safe handling, especially at high temperatures. However, plastic handles are not suitable for use in the oven. 

          The choice between stainless steel and cast iron depends on your cooking habits: 

           

          • Stainless steel roaster: Lightweight, easy to clean and quick to warm up. Ideal for versatile dishes. 
          • Cast iron roaster: Excellent for slow braising and dishes that require a constant temperature. Perfect for stews and roasts. 

          New pots should be cleaned thoroughly before first use. Remove production residues with warm water and mild detergent. Non-stick models should be lightly oiled before first use to protect the coating. 

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