Cooking Temperatures Chart | Download Free Template

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When food safety was still handled on paper, I typically spent a couple of hours per day getting the papers and going around checking or completing tasks… Now I can sit down and it's just all there in one place. It takes me 5-10 minutes.

Ruth B.

Store Manager

Key points covered

A cooking temperature chart helps verify safe internal cooking temperatures.
Core temperatures should always be checked using a calibrated food probe.
High-risk foods require stricter temperature monitoring procedures.
Cooking temperatures help control harmful bacteria and support HACCP compliance.
Corrective actions should be recorded if food does not reach safe temperatures.
Temperature records help support EHO inspections and food safety audits.
Reheated foods must also reach safe internal temperatures.
Digital temperature recording like FoodDocs, improves consistency across multiple locations and helps save time on team training.

Why is a cooking temperature chart important?

A cooking temperature chart gives kitchen teams a clear reference for safe cooking temperatures across different food categories. Using standardised cooking temperatures helps reduce food safety risks and improves consistency during service.

According to the Food Standards Agency, food should normally reach at least 70°C for 2 minutes or an equivalent time and temperature combination to achieve safe cooking.

Cooking temperature checks are especially important for:

Poultry
Burgers and minced meat
Seafood
Rice dishes
Sauces and gravies
Prepared meals
Reheated food

For more detailed guidance on safe cooking procedures, see our cooking temperature guide.

Cooking temperature chart for high-risk foods

Different foods require different target temperatures depending on risk level, cooking method, and product thickness.

Food item	Recommended internal temperature
Chicken and poultry	75°C
Minced meat and burgers	75°C
Pork	75°C
Reheated food	75°C
Fish and seafood	63°C
Hot-held food	63°C or above

Many kitchens use printable cooking temperature charts to standardise temperature checks across teams and shifts.

How to check food temperatures correctly?

Food temperatures should always be measured using a calibrated food probe inserted into the thickest part of the food.

The FoodDocs app helps teams log food temperatures on time and includes instructions for completing checks correctly, saving food safety leaders time on training.

To improve accuracy:

Avoid touching bones, trays, or pans
Clean and sanitise probes between checks
Wait for the reading to stabilise
Recheck large or unevenly cooked products
Calibrate probes regularly

The FSA Safer Food, Better Business guidance also recommends maintaining clear food safety monitoring procedures as part of HACCP-based kitchen operations.

Why cooking temperature records matter?

Cooking temperature records help businesses demonstrate that food safety checks are completed consistently. Accurate records support HACCP verification and help food safety teams prepare for EHO inspections.

Temperature logs are commonly used in:

Restaurant groups
Hotels
Care homes
Hospitals
Catering businesses
Central kitchens
Food-to-go operations

Reliable monitoring is especially important in multi-site operations where consistency between locations matters.

Digital software enables remote review of who follows food safety tasks and which units or departments have issues in a timely manner. No need to go on-site to maintain consistency in food safety task completion.

Reheating temperatures and secondary cooking checks

Food that is reheated before service must also reach a safe internal temperature throughout the product. Reheated meals, sauces, soups, and prepared foods should normally reach at least 75°C before serving.

Follow proper food reheating temperature procedures to reduce the risk of bacterial survival during reheating.

Common mistakes when using cooking temperature charts

Cooking temperature charts are only effective when checks are completed correctly.

Common issues include:

Using uncalibrated probes
Measuring the wrong part of the food
Recording temperatures without taking actual readings
Missing corrective action records
Completing checks after service instead of during cooking
Failing to recheck reheated foods

These mistakes can create problems during HACCP verification and food safety audits.

Digital cooking temperature monitoring

Many hospitality businesses still use paper temperature records, but paper systems can become difficult to manage across multiple kitchens and shifts.

Digital monitoring systems help standardise cooking checks by:

Reducing missed records
Improving operational visibility
Simplifying audit preparation
Supporting corrective actions
Standardising kitchen routines
Storing records automatically

FoodDocs helps food businesses digitise cooking temperature monitoring, organise HACCP records, and improve visibility across locations.

Frequently asked questions

A cooking temperature chart is a food safety reference guide showing recommended internal cooking temperatures for different foods.

Chicken and poultry should normally reach 75°C at the core before serving.

Cooking temperature checks help destroy harmful bacteria, support HACCP compliance, and reduce the risk of foodborne illness.

Food temperatures should be checked using a calibrated probe thermometer inserted into the thickest part of the food.

Reheated food should normally reach at least 75°C throughout the product before serving.

Cooking temperature charts help kitchen teams standardise food safety procedures and complete temperature checks consistently across shifts and locations.