The FSSAI food storage temperatures start with four figures, and three of them cover most of a kitchen. Frozen food sits at -18°C, refrigerators at 4°C or colder, and dry storage between 10°C and 21°C. Anything held between 5°C and 60°C is inside the danger zone, and the less time it spends there the better.
Those are the FSSAI food storage temperatures, and they come from its own catering training manual, the material it uses to train certified food safety supervisors. Every temperature below is quoted from it. The penalties later come from the Food Safety and Standards Act, 2006, and are marked as such.
The tables below put every figure in one place, storage first, then cooking, holding and reheating. After that comes the part a table cannot tell you, which is where temperature control breaks down on a working line.
Key Takeaways
- Frozen -18°C, refrigerated 4°C or colder, dry store 10°C to 21°C
- Danger zone 5°C to 60°C, worst between 21°C and 51°C
- Cook to a 75°C core, hold hot at 60°C, hold cold at 5°C
- Cool cooked food to 21°C within 2 hours, or 5°C within 4 hours
- Log daily, because the record is the only proof you checked
What are the FSSAI Food Storage Temperatures?
There are four storage figures to hold on to, plus one check at the receiving door. All of them are set out in FSSAI’s FoSTaC catering manual, the training material behind its food safety supervisor certification.
| Storage area | Temperature to hold | What it covers |
|---|---|---|
| Freezer | -18°C (0°F) | All frozen product |
| Refrigerator and chilled display | 4°C (40°F) or colder | Includes refrigerated display units |
| Cold storage | Below 5°C | A separate facility, for products that need one |
| Dry store | 10°C to 21°C (50°F to 70°F) | Should also be ventilated and well lit |
| Goods being received | Same as your storage temperature | Probe at the door, before it goes on a shelf |
Three rules sit alongside the numbers and carry the same weight. Raw and ready-to-eat food are stored separately, and raw food is never stored above cooked or ready-to-eat food. Everything also sits 15cm off the floor, so the space underneath can be cleaned.
The never-above rule is a layout rule rather than a temperature rule. It is also the one most often broken in a crowded chiller during a Friday prep.
Where food sits in the back of house matters as much as the reading on the door, because shelf order is hard to correct once every rack is full.
What Is the Temperature Danger Zone for Food?
The danger zone runs from 5°C to 60°C. Across that whole band microorganisms grow well enough to make food unsafe. The rest of this section covers which part of it is worst, and why Indian kitchens sit inside it for much of the year.
Inside it sits a worse band. The FoSTaC manual identifies 21°C to 51°C as the range allowing the most rapid growth, and says food must pass through it quickly rather than rest in it.
That single idea explains every figure in this post. The two boundary figures are the safe limits themselves.
Cold holding at 5°C or colder sits at the bottom edge, hot holding at 60°C or hotter at the top edge, and cooking moves food through the middle at speed.
Almost everything that goes wrong with temperature is food spending unplanned time in the middle of that range.
Indian kitchens carry an extra problem here. Ambient temperature across most of the country sits inside the danger zone for a large part of the year.
Picture a tray left on a bench in Madhapur in May 2026 (an example). It was never at room temperature in any safe sense. It was in the zone, and the clock started the moment it left the chiller.
What Temperature Should Food Reach for Cooking, Holding and Reheating?
Storage is only half the job. Once food leaves the shelf the same manual sets figures for cooking, holding, reheating and thawing. The short version is 75°C to cook, 60°C to hold hot and 5°C to hold cold.
| Cooking or holding stage | FSSAI temperature |
|---|---|
| Cooking, minimum core temperature | 75°C |
| Hot holding equipment | 60°C or higher |
| Cold holding equipment | 5°C or colder |
| Reheated food, while held | 60°C or more |
| Reheating, minimum core | 74°C (Schedule 4) |
| Thawed product, core temperature | 1°C to 5°C |
Three points are worth pulling out of that table.
Reheated food that goes unused is discarded, not returned to the chiller for the next day.
Thawed food follows the same logic. Use it straight away and never store it back, and treat it as thawed only once the core reaches 1°C to 5°C, not when the outside feels soft.
The 75°C figure is also a core reading, taken at the thickest part. Colour and firmness are not evidence that a joint has got there.
Thawing is where the most expensive stock is at risk, since proteins are usually the highest-value items in the walk-in. Our guide to meat storage covers the handling side of the same problem.
You will also find 65°C quoted for hot holding on other sites. The figure in FSSAI’s own training material is 60°C, so that is the one used here.
How Should Cooked Food Be Cooled?
Cooling is the one step that walks food back down through the whole danger zone, so this is where speed matters most. The short answer is as fast as the kitchen can manage, and the detail below explains why there is no staged schedule to work to.
The manual’s answer is a blast chiller. Where no special equipment is available, it says food should be chilled as quickly as possible, and leaves the method to the kitchen.
The training manual gives no staged schedule, but the regulation does. Schedule 4 Part V of the FSS (Licensing and Registration) Regulations, 2011 sets the window.
Food hot held at 60°C may be reheated later only if it was cooled to 21°C within 2 hours, or to 5°C within 4 hours, and refrigerated after that.
So there are Indian numbers to work to, and they are stricter than they look. Keep portions shallow so they shed heat faster, and note the time a batch went into the chiller, because the two-hour window is what you would have to evidence.
How Do You Record Food Storage Temperatures Each Day?
Recording is the half that fails, so this section covers the equipment, the daily round and what belongs on the sheet. The short answer is a probe, at fixed times each day, on a sheet somebody signs.
Probe, never guess. That means a calibrated probe thermometer for core readings, plus a unit thermometer inside every chiller and freezer. The daily round runs in this order.
- Probe the delivery at the door, before anyone signs for it.
- Read every unit before morning prep, while the kitchen is still quiet.
- Read them again before dinner service, so a drifting compressor shows as a trend rather than a surprise.
- Write the action beside the number. A chiller reading 8°C needs a line saying what was done and by whom.
- File the sheet. An inspection asks for history, not today. Our report on food safety drives covers what else they check.
The log is what turns a temperature policy into evidence, so it belongs with the rest of your paperwork. Our FSSAI compliance checklist shows where it sits among the other records a licensed kitchen holds.
What Does a Food Temperature Log Sheet Look Like?
Below is a working log, with the six columns a sheet needs and a note on the two rows that matter most. Restaurants we work with tell us six is about the limit, because anything longer gets skipped by the person holding the pen at 7pm.
| Date | Unit | Time | Reading | Action taken | Checked by |
|---|---|---|---|---|---|
| 08 Sep 2026 | Walk-in chiller | 09:10 | 3°C | None needed | R.K. |
| 08 Sep 2026 | Chest freezer | 09:15 | -19°C | None needed | R.K. |
| 08 Sep 2026 | Dry store | 09:20 | 24°C | Exhaust fan checked, reread at 11:00 | R.K. |
| 08 Sep 2026 | Bain-marie | 18:40 | 58°C | Batch pulled, reheated in the oven to 74°C, unit turned up | S.M. |
(An example log. The rows that matter are the last two, where a reading was out of range and someone did something about it.)
The bain-marie row is the one an inspector would read first. It shows a hot-hold unit below 60°C, caught during service and put right.
Note where the food went. Schedule 4 says never reheat on a steam table, in a bain-marie, in a bun drawer or under a heat lamp. The batch goes to the oven while the unit is turned up.
The dry store row is the one most kitchens never fill in. The room has no thermostat, so nobody thinks of it as a temperature-controlled space, and the top of its range is still 21°C.
A mezzanine dry store sitting above a kitchen in Whitefield (an example) will run warmer than the floor below it. That is exactly the case for putting a thermometer in there.
Write the reading schedule into your kitchen SOP so a new commis learns it as part of the opening routine rather than by watching.
Where Food Temperature Control Fails in an Indian Kitchen
The numbers are the easy part. This section covers the four failures that come up most often, and not one of them is a broken fridge.
While talking to restaurant owners using Petpooja, the same four keep surfacing. None of this is survey data. It is what people say when the conversation turns to why a reading went wrong.
The chiller door during prep. A unit rated at 4°C does not hold it when the door stands open for twenty minutes while somebody works out of it. Pull what the prep list needs, then close the door.
Overloading after a delivery. Pack a chiller solid and the air stops moving, so the thermometer reading and the temperature inside a stacked tray stop matching. A cold storage layout with airflow gaps prevents it, though if the shelves are always full the honest answer is to solve the storage shortage.
The gap between receiving and storing. Frozen goods left by the back door while the invoice is checked have already begun to warm. A cloud kitchen in Vastrapur running three brands (an example) can take forty minutes over a mixed delivery, and that is forty minutes of thaw. Probe first, shelve second, paperwork last.
Prepped items sitting out. Marinades, batters and thawed proteins are the hardest of the four to spot, because nothing about them looks wrong until service. Once KOTs start printing, nobody walks back to check the bench.
The fix is a standing rule rather than a reminder: only what the next half hour needs leaves the chiller.
Two of those four have a space problem underneath them. A rule buys you time, but it does not create shelf room. A team packing shelves solid, or working off a bench because there is nowhere else to put anything, needs room more than it needs reminding.
What Happens If You Break the Food Storage Temperature Rules?
The temperatures above are training material, but the conditions they describe are what an inspection judges. Fail on hygiene and the first step is usually not a fine.
Under Section 32 of the Food Safety and Standards Act, 2006, a Designated Officer who believes you have failed to comply issues an improvement notice.
It states what failed, the measures you must take, and a period of not less than fourteen days to take them.
Miss that deadline and your licence may be suspended. Fail again and it can be cancelled, after you have been given a chance to show cause.
The officer can also suspend a licence straight away in the interest of public health, with the reasons recorded in writing. Appeals go to the Commissioner of Food Safety and must be brought within fifteen days.
The fines sit alongside all of that. Processing food under unhygienic or unsanitary conditions carries a penalty of up to ₹1 lakh under Section 56.
Ignoring a Food Safety Officer’s directions carries up to ₹2 lakh under Section 55. Anything the Act does not price separately falls under Section 58, at up to ₹2 lakh.
If a temperature failure ends in unsafe food that injures someone, Section 59 moves the matter from penalties to imprisonment.
How Do Food Temperature and Stock Rotation Fit Together?
Temperature and rotation are two halves of one job. This section covers why getting one right does not save you if the other slips, starting with what each of them decides. The FIFO method decides what leaves the shelf first, while temperature decides whether it was ever safe to keep at all.
Get one right and the other still fails you. Perfectly rotated stock held at 9°C is not safe to serve. A chiller sitting at a steady 3°C will still fill a bin with expired product if nobody rotates it.
Both land in your food cost ratio, the FCR. A shelf you rotate is a shelf you can count, and a count you trust is what makes the stock report in your restaurant POS worth reading.
Conclusion
Frozen at -18°C, chilled at 4°C or colder, dry store between 10°C and 21°C. Cook to a 75°C core, hold hot at 60°C, hold cold at 5°C, and keep food moving through the 5°C to 60°C band rather than resting in it.
The numbers are the easy half. What goes wrong is nearly always time. A door held open through prep, a chiller packed too tight to move air, a delivery standing at the back door, a tray of marinade left out from four o’clock.
Often the real cause is a kitchen with nowhere to put anything.
So fix those failure points, put a six-column sheet on the wall, and keep the old sheets filed. Beyond a probe and a thermometer in every unit, none of it needs new equipment.
These rules all exist to keep what is on your shelves safe to serve. Knowing what is on those shelves, and how long it has been sitting there, is the other half of that job. That side sits in your restaurant POS.
Frequently Asked Questions
5°C to 60°C. Microorganisms grow well across that whole band, and FSSAI’s catering manual identifies 21°C to 51°C as the range allowing the most rapid growth. Food has to move through it quickly rather than rest in it.
-18°C, which is 0°F, for all frozen product. Refrigerators and refrigerated display units are a separate figure at 4°C or colder, and general cold storage is below 5°C.
A minimum internal core temperature of 75°C, measured at the thickest part with a probe. Colour and firmness are not reliable evidence that a safe temperature has been reached.
No. FSSAI’s guidance is that reheated food is held at 60°C or more, and any that goes unused is discarded rather than chilled for the following day. Thawed food follows the same rule: use it at once, never store it back.
Between 10°C and 21°C, and the room should be ventilated and well lit as well. Dry storage is the area most often left out of a temperature log, because it has no thermostat and nobody thinks to check it. It is also the room a pest control audit looks at hardest.
You lose the ability to show the check ever happened, because the sheet is the only evidence the control was applied. That leaves a gap in your food safety management system, and hygiene failures of that kind are among the issues behind a licence suspension.
