Brine Calculator

Advertisement

Calculate precise salt and water amounts for wet, dry, and equilibrium brining. Select your protein, salt type, and brine strength to get started.

Enter your meat weight, choose a protein type and brining mode, then adjust the salt percentage and water ratio to calculate your brine recipe.

—
lbs
Was this tool helpful?
Want to tell us more?
0/500
Want us to follow up?
Thanks for your feedback!
Advertisement

About This Tool

This brine calculator computes salt and water amounts for wet, dry, and equilibrium brining using volumetric conversion factors for 6 salt types. Brining times sourced from USDA FSIS, Serious Eats, Amazing Ribs, Modernist Cuisine, and America's Test Kitchen. Curing salt dosage follows USDA FSIS guidelines with a 200 ppm nitrite safety limit. All processing runs locally in your browser.

Sources: USDA FSIS

How to Use

  1. Select a brining mode (wet, dry, or equilibrium) and choose your protein type from the dropdown.
  2. Enter your meat weight in pounds, pick a salt type, and optionally select a strength preset or set a custom salt percentage.
  3. View your calculated salt amounts, water volumes, and recommended brining time. Use the salt converter and curing salt sections below for additional calculations.

Methodology

Brine concentrations are calculated as salt-to-water weight ratios using standard density values: table salt at 1.217 g/mL (292 g/cup), kosher salt (Morton) at 0.8 g/mL (192 g/cup), and kosher salt (Diamond Crystal) at 0.55 g/mL (132 g/cup). Wet brine percentages express salt weight as a fraction of total water weight. Dry brine amounts are calculated as a percentage of the protein weight, typically 0.5–1% for standard seasoning. Equilibrium brining calculations account for the total system weight (water + protein) to reach a target salinity, while quick brining uses higher concentrations for shorter soak times. All density values are derived from USDA and manufacturer specifications.

Sources: USDA FSIS

Understanding Your Results

Your brine results show the precise salt, water, and timing needed for your specific protein and brining method. Wet Brine Strength: • Light (3%): Subtle seasoning, best for delicate fish and seafood — adds moisture without overpowering natural flavor • Medium (5%): Good all-purpose strength for poultry and pork — noticeable but balanced salt penetration • Standard (7%): Traditional brine strength used in most professional kitchens — reliable results for turkey and chicken • Strong (10%): Quick-brine concentration for thick cuts — use shorter brining times to avoid over-salting Equilibrium Brine Strength: • The percentage refers to salt relative to total weight (meat + water combined), so the meat cannot become over-salted regardless of brining time • Standard 1.5% produces well-seasoned results similar to commercial products • Curing 3% is used with Prague Powder #1 for cured meats like pastrami or bacon Dry Brine: • Uses approximately 1% of the meat’s weight in salt, applied directly to the surface • Moisture is drawn out, dissolves the salt, and is reabsorbed over 12–48 hours • Results in better skin crispiness and more concentrated flavor than wet brining Brining times are guidelines. Thinner cuts brine faster; bone-in cuts take longer. When in doubt, err on the shorter side — you can always add more salt at the table, but you cannot remove it from over-brined meat.

Practical Examples

Example 1 — Wet Brine for Whole Chicken Settings: 4 lb (1.8 kg) whole chicken, standard 7% wet brine, table salt Results: 1,920 ml water, 134g salt (about 4.5 tablespoons table salt) Brining time: 8–12 hours in the refrigerator Method: Dissolve salt completely in warm water, cool to below 40°F (4°C), submerge chicken fully, refrigerate Example 2 — Equilibrium Brine for Pork Chops Settings: 2 lb (0.9 kg) bone-in pork chops, standard 1.5% equilibrium brine, Diamond Crystal kosher Results: 908 ml water, 28g salt (about 3 tablespoons Diamond Crystal) Brining time: 24–48 hours in the refrigerator Method: Combine meat and brine in a sealed bag, removing as much air as possible. The 1.5% salt ratio means the pork cannot become over-salted — leaving it an extra day is perfectly safe

Brining Tips & Safety Notes

• Always brine in the refrigerator at 40°F (4°C) or below. Meat sitting in room-temperature saltwater enters the bacterial danger zone (40–140°F / 4–60°C) and can become unsafe within 2 hours, per USDA food safety guidelines. • Use Diamond Crystal kosher salt when possible — its large, hollow flakes dissolve quickly and make volumetric measuring more forgiving. If substituting Morton kosher salt, use about 25% less by volume (or always measure by weight for accuracy). • Pat meat thoroughly dry after wet brining before cooking. Surface moisture prevents browning and crispy skin. For poultry, let the brined bird air-dry uncovered in the refrigerator for 4–12 hours for the crispiest skin. • Do not brine pre-seasoned, enhanced, or kosher meats — these have already been salted during processing. Check the label: if sodium content is above 100mg per serving, the meat has likely been pre-brined. • For equilibrium brining, allow at least 24 hours per inch of thickness. The method is forgiving on time (2–3 extra days won’t over-salt), but the salt needs enough time to fully equalize through the protein.

Sources: USDA FSIS

Sources

All calculations are performed locally in your browser. No data is sent to any server.

Embed This Tool

Get embed code →

Frequently Asked Questions
What is the difference between wet brine, dry brine, and equilibrium brine?
Wet brining submerges meat in a saltwater solution (typically 3-10% salt by weight of water), which seasons the meat and helps it retain moisture during cooking. Dry brining applies salt directly to the meat surface (about 1% of meat weight), drawing out moisture that dissolves the salt and is then reabsorbed. Equilibrium brining uses a precisely calculated amount of salt based on the total weight of meat plus water (typically 1-3%), so the meat cannot become over-salted even with extended brining times. Wet brines work fastest but can make meat waterlogged. Dry brines concentrate flavor better and improve skin crispiness. Equilibrium brines are the most forgiving and precise, ideal for long curing projects.
How do I convert between different salt types like Diamond Crystal and Morton kosher?
Different salt brands have different crystal sizes, so the same weight of salt takes up different volumes. Diamond Crystal kosher salt has large, hollow flakes (3g per teaspoon), while Morton kosher salt is denser (4.8g per teaspoon), and table salt is the densest (6g per teaspoon). By weight, all salts are equally salty — 10g of any salt has the same saltiness. By volume, you need about 2 teaspoons of Diamond Crystal to equal 1.25 teaspoons of Morton kosher or 1 teaspoon of table salt. The calculator's salt conversion tool handles these conversions automatically. Always measure salt by weight (grams) for the most accurate results, especially when following brine recipes.
How long should I brine different types of meat?
Brining times vary significantly by protein type, cut thickness, and brine method. For wet brining: chicken breasts need 1-2 hours, whole chickens 4-8 hours, turkey breasts 6-12 hours, whole turkeys 12-24 hours, pork chops 1-4 hours, pork shoulder 12-48 hours, beef brisket 24-48 hours, fish fillets just 15-30 minutes, and shrimp 15-30 minutes. Dry brining generally takes longer: 1-6 hours for chicken breasts, 12-36 hours for whole chickens, up to 72 hours for pork shoulder. Equilibrium brining takes the longest but is the safest — 12+ hours for small cuts up to 5 days for large roasts. The calculator provides specific time ranges for each protein type when you select it.
Is curing salt (Prague Powder #1) safe to use, and how much should I use?
Prague Powder #1 (also called pink curing salt or Insta Cure #1) contains 6.25% sodium nitrite and 93.75% table salt. It is safe when used in the correct amounts — the standard ratio is approximately 1 teaspoon (6g) per 5 pounds of meat, or about 1.1 grams per kilogram of meat. The USDA FSIS sets a maximum limit of 200 parts per million (ppm) sodium nitrite in cured meats (120 ppm for bacon). At the standard dosage, the nitrite level is approximately 69 ppm, well within safe limits. The calculator checks your amounts against the 200 ppm maximum and displays a safety warning if you exceed it. Never exceed the recommended amount, keep curing salt away from children, and always store it separately from regular salt.
What is equilibrium brining and why is it considered the best method?
Equilibrium brining calculates the salt as a percentage of the total system weight (meat + water combined), rather than just the water weight. For example, if you want a 1.5% equilibrium brine for 4 lbs of chicken with a 0.5 water ratio, the calculator determines exactly how much salt is needed so the final salt concentration across all the meat and water equals 1.5%. The key advantage is that the meat physically cannot become over-salted — once equilibrium is reached, the salt concentration stabilizes. This means you can safely leave meat in an equilibrium brine for much longer than traditional wet brines without risk of over-seasoning. It is the preferred method among professional chefs and food scientists, particularly for large cuts that need extended brining times (24-120 hours).
Can I reuse brine liquid after brining meat?
No, you should never reuse brine that has been in contact with raw meat. According to USDA FSIS food safety guidelines, the liquid may contain harmful bacteria from the raw meat. Always prepare fresh brine for each batch. The salt concentration decreases during brining as the meat absorbs salt and releases moisture, so reused brine would also be less effective at properly seasoning the next batch.