Non-Stick Cooking and Baking Surfaces 

Food products containing sugars, fats, oils or other sticky ingredients can adhere to trays, plates and other heated surfaces during cooking. 

PTFE cooking sheets provide a low-friction, non-stick barrier that helps food release cleanly after processing. 

Depending on the application, they can help to: 

  • Reduce food sticking to cooking surfaces 
  • Improve product release 
  • Reduce residue build-up 
  • Simplify cleaning 
  • Reduce the need for disposable release materials 
  • Protect trays and processing equipment 
  • Support consistent product quality 

Suitable for a Range of Food Applications 

Fabricated cooking sheets can be used across a variety of food production environments. 

The most appropriate material will depend on the food product, operating temperature and production process. 

Typical applications can include: 

  • Baking 
  • Contact grilling 
  • Flatbread and tortilla production 
  • Meat and protein cooking 
  • Confectionery processing 
  • Cooking of high-sugar or sticky products 
  • Oven tray liners 
  • Release sheets for heated plates 
  • General industrial food processing 

Fabricated to Suit Your Equipment 

Teastech can manufacture cooking sheets to the specific dimensions and shape required by the customer’s machinery. 

Fabrication options can include: 

  • Custom sheet sizes 
  • Non-standard shapes 
  • Cut-outs or openings 
  • Reinforced edges where required 
  • Different PTFE material constructions 
  • Repeat production to an agreed specification 

Providing sheets ready to install can reduce the amount of cutting and preparation required by production staff. 

High-Temperature PTFE Performance 

PTFE-coated fabrics are well suited to demanding cooking applications because they combine high-temperature resistance with excellent release characteristics. 

For applications involving particularly sticky products or repeated high-temperature processing, specialist PTFE laminate constructions can be selected to provide improved performance and service life. 

Depending on the material selected, additional characteristics can include: 

  • Resistance to repeated thermal cycling 
  • Low friction 
  • Good dimensional stability 
  • Resistance to oils and fats 
  • Ease of cleaning 
  • Mechanical durability 

Reusable Release Solutions 

In suitable applications, reusable PTFE cooking sheets can provide a practical alternative to disposable release papers or liners. 

Their non-stick surface allows them to be cleaned and reused over multiple production cycles, subject to the operating conditions and material specification. 

This can help reduce material consumption while also providing a more consistent release surface from one production cycle to the next. 

Material Selection 

Different food production processes place different demands on the cooking surface. 

When selecting a material, Teastech can consider factors such as: 

  • Operating temperature 
  • Type of food being processed 
  • Presence of oils, fats or sugars 
  • Required release performance 
  • Cleaning method 
  • Mechanical wear 
  • Required sheet thickness 
  • Frequency of replacement 

Our team can advise on the most appropriate PTFE construction for the particular application. 

From Sheet Material to Finished Component 

Teastech combines specialist material supply with in-house fabrication capability. 

Rather than supplying only standard rolls or sheets, we can provide a finished cooking sheet manufactured to suit the customer’s equipment and production process. 

For recurring requirements, an agreed specification can be maintained so that replacement sheets can be reproduced consistently. 

Discuss Your Cooking Sheet Requirements 

Whether you require reusable baking liners, release sheets for industrial cooking equipment or a custom-fabricated solution for a production line, contact the Teastech team to discuss your requirements. 

We can advise on material selection and manufacture cooking sheets to suit your equipment and food processing application.