In most kitchens a sample pack from a supplier is evaluated like this: a few strips go into a pan, the chef tastes them, says "good" or "not bad", and a decision is made. That is not a tasting; it is an impression. A proper beef bacon sample test starts with a scale, ends with a pen, and puts two suppliers' products side by side in the same numbers.
For a product made for cooking, such as Mortella Beef Bacon 1000 g, the sample has four questions to answer: how much does it shrink in the pan, how long does it take to crisp, does the salt suit the menu, and does the strip stay whole while cooking? The protocol below turns those four questions into figures and scores; the form is given as a table you can use directly.
A beef bacon sample is weighed before it is tasted
The first step is weighing rather than tasting, because tasting is subjective and weighing is not. Ten strips are taken from the sample pack, weighed together on a precision scale, and the raw weight is written on the form. The ten strips are weighed as a group rather than individually; differences between single strips disappear in the average and the protocol stays simple. The same ten strips are weighed again after cooking.
Before weighing, the pack label is transferred to the form as well: lot number, use-by date, net quantity. Those three details tie the sample result to a specific lot, so that if a second lot from the same supplier behaves differently, a comparison is possible. The sample pack is held between 0 °C and +4 °C until it is opened; a strip that starts warm behaves differently in the pan and misreports the loss.
How is the cooking loss percentage of beef bacon calculated?
The formula is straightforward: (raw weight − cooked weight) ÷ raw weight × 100. A worked example: if ten strips weigh 200 g raw and 110 g cooked, the loss is (200 − 110) ÷ 200 × 100 = 45 percent. That figure is an assumption, not a fixed property of the product; the same bacon loses more over high heat and less over medium. That is why the cooking condition is written on the form and kept identical for every sample.
Cooking loss does not change the number of portions, but it does decide what the plate looks like and how many grams are ordered. Beef bacon releases water and fat and shrinks noticeably, so orders are planned on raw weight. If the loss differs widely between two suppliers, the same raw weight puts a different amount of cooked meat on the plate, and the price per kilo alone misleads. The product with the lower loss may look more expensive yet leave more meat on the plate.
How are crispness and colour scored on a beef bacon sample?
Crispness and colour are scored from 1 to 5 under a fixed cooking condition: medium heat, no added oil, strips in a single layer. When the edges have coloured and crisped, the timer is stopped and the time is written down in minutes. The colour score looks at the whole strip: a strip with scorched edges and a pale centre scores low, an evenly browned strip scores high. The crispness score is given two minutes after the strip has cooled, because a hot strip fools everybody.
The time out of the pan matters for the menu in its own right. How crispness and slice weight are balanced on a burger depends on that time; in the rush, a two-minute difference means a whole service wave arriving late. On the sample form, time and crispness score sit side by side, and a product that scores high in a short time is an advantage for a busy kitchen.
Why are salt perception and slice integrity scored separately in a beef bacon tasting?
Salt perception is scored on its own because the right answer changes with the menu. Salt that is balanced by egg and bread on a breakfast plate may dominate as a salad garnish. The form does not ask "is it salty"; it asks "is it right for the use on our menu" and wants a score from 1 to 5. The person scoring writes on the form which menu item the product is being tested for.
Slice integrity is a labour question. A strip that splits in two while cooking, or breaks when lifted from the pan with tongs, looks like half a portion on the plate, so staff add a second strip and the portion grows quietly. The number of whole strips out of ten is counted and written down. The cooking method affects that number; the speed and waste differences between grill, oven and air fryer are a separate comparison, and within the sample protocol the method is held constant.
The beef bacon sample tasting form
| Criterion | How it is measured | Unit / scale | Supplier A | Supplier B |
|---|---|---|---|---|
| Raw weight (10 strips) | Precision scale, chilled | g | ||
| Cooked weight (10 strips) | Same strips, drained on paper | g | ||
| Cooking loss | (raw − cooked) ÷ raw × 100 | % | ||
| Time out of the pan | Medium heat, single layer | minutes | ||
| Colour | Even browning, scorched edges | 1-5 | ||
| Crispness | 2 minutes after cooling | 1-5 | ||
| Salt perception | Fit for the target menu item | 1-5 | ||
| Slice integrity | Number of whole strips | /10 | ||
| Lot and date | From the label | text |
The form carries side-by-side columns for two suppliers; a third supplier gets another column. The scores are not added up; each line is read on its own, because for a given business the loss percentage and the salt score do not carry equal weight.
Who runs the beef bacon sample test, and with what equipment?
The test is run not by the buyer but by the person who will cook the product every day; the buyer keeps the form. The equipment list is short: a scale accurate to the gram, the kitchen's own service pan, kitchen paper, a stopwatch and the form. Using the kitchen's own pan matters; testing the sample on different equipment means the result will not repeat in real service.
The test is done on the same day, on the same burner, back to back. If two suppliers' samples are cooked a week apart, the heat, the pan and the mood of the person scoring all change, and the comparison breaks. The tasting is done by at least two people scoring independently; if two scores on one line differ by more than two points, that line is tasted again.
Which result leads to a beef bacon sample being rejected?
Three results are grounds for rejection on their own. The first is more than three strips out of ten breaking apart during cooking, which makes portion control impossible. The second is a strip drying out and hardening over medium heat before the edges have coloured; that strip becomes inedible within minutes on a buffet. The third is a salt score below 2 for the target menu item, because salt cannot be corrected by a recipe.
Cooking loss is not a reason to reject on its own; it shows the gap between two suppliers and is read alongside the price per kilo. If the loss is high but crispness and integrity scores are high, the product may suit the menu and the order weight is increased accordingly. A core temperature of at least 72 °C in cooking was the heat-treatment rule in the earlier Turkish meat products communiqué, which can be read in the Official Gazette (yeni sekmede açılır); in a sample test the centre of a strip passes that threshold well before it crisps, but a kitchen with a probe thermometer can still measure one strip and note it on the form. The WHO food safety fact sheet (yeni sekmede açılır) places thorough cooking among the five keys to safer food for the same reason.
Turning the sample result into a beef bacon order
The loss percentage on the form sets the order weight, slice integrity sets the portion count, and the time out of the pan sets the morning prep plan. Together they turn "how much per kilo" into "how much per cooked gram on the plate", and only at that point does a quote comparison mean anything. Contact EMKA FOOD to request a sample; when the pack arrives, fill in the form and derive the order quantity from it.
