How to Ferment Hot Sauce: Mash vs Brine, Salt, and pH

Written By Timothy Kavarnos

Quick Scope

Mash or brine is the first decision in fermenting hot sauce, and it sets your flavor intensity, your salt level, and your texture before a single bacterium wakes up.

Mash ferments the peppers in their own juices, so every flavor compound stays concentrated. Brine ferments them in salt water, so the flavor moves into the brine itself, giving a thinner, more pourable sauce. Chopped-versus-whole controls how fast it all happens; salt percentage controls vigor and safety; and knowing when to stop the ferment is how you lock in the exact profile you want. Get the method right for your pepper and the rest of the process rewards you.

Salamander skips fermentation entirely: whole vegetables and real fruit build a depth of their own: a different mechanism from fermentation, a different character, not a copy of what those months of bacteria build.

By Timothy Kavarnos, Founder | Salamander Sauce Company

Key Takeaways

The Fact: Mash fermentation keeps every flavor compound concentrated in the pepper paste; brine fermentation draws them out into the surrounding liquid, which becomes part of the sauce. This one decision shapes flavor intensity and texture more than time, temperature, or pepper variety.

The Data: For juicy, high-moisture peppers like habaneros, a mash at 2.5% salt by total weight is a reliable starting point: active fermentation typically completes in 2–3 weeks and flavor deepens through 4–6 weeks (timing shifts with temperature and salt), or until the pH is at 4 or below.

The Insight: Fermentation flavor is time-dependent, so you can stop it on purpose. Cold-crash at week 2 for a brighter, more acidic profile; run it to week 4–6 for deeper, more integrated complexity. Neither is wrong. They are different flavor decisions.

Every fermented hot sauce decision (mash or brine, chopped or whole, 2% salt or 3%, two weeks or six) is downstream of one question: what complexity are you trying to build, and how long are you willing to wait for it? The science of fermentation is predictable. The craft is knowing when to intervene.

Mash vs Brine: The Decision That Changes Everything

Before you weigh your salt, before you choose your jar, before you think about temperature: mash or brine. This is the most consequential decision in pepper fermentation, and the one most guides treat as a footnote.

Mash Fermentation

Peppers ground or blended with salt and fermented as a paste in their own juices. No added water. Every flavor compound (capsaicin, sugars, aromatics, pectins, amino acids) stays concentrated in the mash throughout fermentation. The liquid that forms is the pepper's own moisture, pulled out by osmosis.

Best for: juicy, high-moisture peppers that release enough liquid to make a workable paste: habaneros, Fresnos, and thick-walled jalapeños. Moderately juicy peppers like serranos work too, though they run a little drier. Even thin-walled peppers mash fine: cayenne is the proof, since Frank's RedHot is aged cayenne run as a fermented pepper mash, not a brine. A leaner pepper may need a splash of water to move in the processor, but it holds together. Only genuinely dried peppers lack the moisture for a mash, and those go to brine. The finished base is intensely flavored.

The trade-off: mold management. A mash has no brine submerging the solids, so you need either a salt cap on the surface or daily agitation to keep oxygen out. This is why many production operations favor mash, trading the extra maintenance for more flavor per jar, while brine is the more forgiving place to begin.

Brine Fermentation

Peppers submerged in a salt-water solution. As osmosis works in both directions, flavor compounds diffuse out of the pepper cell walls and into the surrounding water. The brine tastes increasingly like pepper as fermentation progresses, because it is extracting soluble compounds from your peppers.

Best for: low-moisture or dried peppers that don't give up enough juice to form a workable paste: de arbol, dried Thai chilis, anything you're fermenting dried. It is also the more forgiving method: submerge everything, weight it down, wait.

The trade-off: you are adding water early, and that water becomes part of the finished sauce. It takes on the flavor of whatever you are fermenting, so nothing is lost: the flavor lives in the brine now instead of the paste. Drain some off afterward for a thicker sauce and you trade a little of that back for body.

Chopped vs Whole: What Surface Area Actually Does

Chopped versus whole is a separate question from mash versus brine. It is about surface area, and it behaves differently depending on which method you are using. Here is the actual science, and for habaneros specifically, a clear answer.

In Brine Fermentation

Chopping or slicing is almost always the right call. Lactic-acid bacteria need access to the sugars and moisture inside the pepper. Whole peppers make the brine work harder: it has to penetrate the skin to reach fermentable sugars, which slows the initial bacterial establishment phase. More surface area means faster sugar exposure, a faster pH drop, and more consistent fermentation across the whole jar.

Waxy-skinned peppers fermented whole in brine take longer to reach the same pH as sliced pieces, because the brine has to work through the skin to reach the interior. The brine around whole peppers reaches target acidity while the interior stays less processed, so you end up with uneven flavor development.

For habaneros in brine: halve or quarter them. You can remove seeds to avoid potential bitterness, but most of the heat actually lives in the pith (the white membrane the seeds attach to), not the seeds themselves. Remove that too and it'll be milder. Their waxy skin and high capsaicin concentration mean you want maximum surface contact with the brine early in the process.

In Mash Fermentation

The chopped-versus-whole question mostly disappears, because you are grinding or blending anyway. Coarse chop versus fine grind versus full blend affects final texture and fermentation speed, but you are not working around a submersion problem the way brine requires. Coarser mash ferments slightly slower and keeps more textural interest; finer mash ferments faster and blends smoother. For a sauce base you will blend at the end anyway, the difference is minimal. Aim for a rough chop minimum, and don't ferment whole peppers as a mash.

When Whole Actually Wins

Whole-pepper brine fermentation has one legitimate advantage: texture preservation. If your goal is fermented whole peppers to eat or chop as a condiment rather than blend into a sauce, keeping them whole maintains structural integrity. Thin-walled peppers (shishito, banana peppers, small Thai chilis) also ferment reasonably well whole, because the brine penetrates more easily. For hot sauce production, where you blend the end product, whole brine fermentation is rarely the right call.

Salt Concentration: Vigor, Flavor, and Safety

Salt percentage does three things at once: it selects for lactic-acid bacteria over pathogens, it controls fermentation speed, and it directly affects the final flavor of your sauce. Most guides address only the safety dimension. The craft dimension matters just as much.

The Practical Range

  • 2–2.5%: fast, vigorous fermentation. Lactic-acid bacteria thrive, the pH drops quickly, and flavor complexity builds fast per unit time. Requires more monitoring: a higher risk of off-flavors if the temperature spikes.
  • 2.5–3%: the practical sweet spot for most home hot-sauce ferments. Fast enough to get active fermentation going quickly, slow enough to give you room to monitor, and the salt stays manageable in the finished sauce.
  • 3–5%: slower fermentation, more mold protection, a saltier end product. Use the higher end for long ferments (3+ months) or high-sugar environments where Kahm yeast is a persistent problem.
  • Always weigh by total weight (peppers plus water for brine, peppers only for mash) using a kitchen scale. Volume measurements for salt are inaccurate: different salts have different densities.

This salt-vigor relationship is well established among fermenters: lower salt lets lactic-acid bacteria dominate faster, producing more lactic acid per unit time and building more flavor complexity during the active window. Commercial producers work the other end of the timeline: Tabasco, for instance, mixes its mash with a small amount of salt, then seals the barrel top with a salt layer and ages it in oak barrels for up to three years before blending with distilled vinegar. The salt there is a barrier, not a high-salt ferment: the slow build comes from years under that barrier, not from salt concentration. A different destination than a home cook chasing a two-week sauce, reached by patience rather than by pushing the salt lever.

The Science: Bacterial Succession

Lacto-fermentation isn't one event. It's a succession: different bacterial populations dominating in turn, each handing off to the next as the environment turns more acidic. The sequence is reliable; the timing is not fixed. Temperature, salt percentage, and the pepper's own sugar all shift how fast it moves, and a warm, lower-salt ferment runs noticeably quicker than a cool, salty one. Read the day ranges below as typical, not guaranteed.

  • First day or two, osmotic shock and establishment: salt draws moisture from the peppers while the environment still hosts a wide range of bacteria and the first lactic-acid bacteria begin to take hold. Don't taste, don't open; let it establish.
  • Roughly the first week, the active gassy phase: a mix of microbes takes hold and gas comes off (the visible bubbling stage) while the brine turns cloudy. Which organisms lead early varies with the pepper, the salt level, and the environment. Warmer, lower-salt ferments pass through this phase faster.
  • As acidity climbs, acid-tolerant lactic-acid bacteria take over: commonly within the first week to ten days, the early microbes can no longer compete. Lactobacilli come to dominate and drive acidification more efficiently; bubbling slows and the aroma shifts from sharp to rounded and tangy. The trigger is the rising acidity, not a particular day on the calendar.
  • Weeks 2–4, active preservation: Lactobacillus typically completes the acidification and pH stabilizes in the 3.3–3.8 range, while flavor compounds accumulate: succinic acid (brothy, savory), additional lactic acid, and softened cell structure.
  • Weeks 4+, aging and maturation: active fermentation slows and volatile aromatics evolve, sharp pungent notes mellowing into deeper, integrated flavor. This is where the difference between a 3-week ferment and a 6-week ferment lives.

One myth is worth heading off here: fermentation does not reliably burn off the heat. In normal lactic fermentation the capsaicin is stable, and a fermented sauce tastes milder mostly because the surrounding complexity grew, not because the heat left. The full picture (including the narrow exceptions where capsaicin actually drops) is its own question: does fermenting peppers reduce heat, and what the research actually shows.

Step-by-Step Process

Equipment

  • Kitchen scale (grams, not volume measurements)
  • Non-iodized salt (kosher, sea, or pickling salt: avoids the anti-caking additives that can cloud a brine)
  • Glass fermentation jar with a loose-fitting lid or airlock
  • Fermentation weights for brine ferments
  • A calibrated digital pH meter (not strips: strips are unreliable on chunky fermented mash)
  • Food-grade gloves (capsaicin survives fermentation, and habaneros will burn your hands)

Mash Method

  1. Decide on particle size. Rough chop for first ferments, finer grind for faster fermentation. A food processor to a coarse paste is the commercial standard.
  2. Weigh your peppers. Calculate 2–2.5% of that weight in salt. For 500g of peppers: 10–12.5g of salt.
  3. Mix salt thoroughly into the mash. Pack it tightly into the jar. Apply a salt cap (a layer of salt across the top surface) if you are not using an airlock; it creates a hostile surface environment for mold while the pH drops.
  4. Cover loosely. CO2 needs to escape. A loose lid, airlock, or cloth cover all work. A tight seal builds pressure and can fail spectacularly.
  5. Agitate daily. Press the mash down and keep the surface in contact with the acidifying environment. This is your mold-prevention protocol when using a mash without an airlock.

Brine Method

  1. Prep your peppers. Slice, halve, or quarter waxy-skinned varieties like habaneros. Remove stems. Leave or remove seeds. Seeds add heat but can add bitterness in long ferments.
  2. Calculate salt. Weigh peppers and water combined; 2.5–3% of the total weight. For 300g peppers plus 400g water = 700g total: 17.5–21g of salt.
  3. Dissolve salt in water, pour over peppers. Peppers must be fully submerged. Use fermentation weights or a small brine-filled bag to hold everything down. Peppers floating above the brine line will mold.
  4. Cover and ferment at 65–72°F. Active bubbling starts within 3–5 days. Burp daily if using a standard mason-jar lid. The brine will cloud. That's correct. A thin white film (Kahm yeast) is harmless; fuzzy colored mold is not.
  5. Begin tasting at week 2. Use a clean utensil. It should read noticeably tangy, complex, still somewhat bright. By week 4 it deepens and integrates. Which you prefer is the decision that tells you when to stop.

Starting Point: Habanero Mash Spec

This isn't a recipe, and it isn't a set of lab-verified constants; it's a starting-point spec for your first habanero mash, built from informed practitioner ranges. The salt percentage and the pH target are firm; the timeline is a typical range that will shift with your temperature and salt. Run the baseline once, watch how your kitchen and your peppers actually behave, and calibrate from there.

Habanero Mash: Baseline Spec

  • Pepper: red habanero (fully ripe), 500g after stems removed
  • Salt: 12.5g non-iodized (2.5% of pepper weight)
  • Method: mash, rough chop in a food processor to a coarse paste, no added water
  • Timeline (typical, varies with temperature and salt): active fermentation usually completes in 2–3 weeks; flavor keeps deepening through 4–6 weeks; taste at week 2 and decide
  • Target pH: 3.8–4.0 before bottling
  • Expected yield: ~450g finished mash (before any blending liquid)
  • Temperature: 68–72°F during active fermentation; cooler (60–65°F) during maturation if possible

To scale, double or halve all weights proportionally; the percentages stay constant. Red habaneros are the right starting pepper for mash for three reasons. First, fully ripe peppers release enough moisture to make a workable paste without added water. Second, ripe peppers carry more natural sugar, which gives lactic-acid bacteria more to work with early: faster establishment, a faster pH drop, more reliable active fermentation. Third, the floral, fruity compounds that make habaneros distinctive don't fully develop until the pepper is red and ripe. Fermentation amplifies what is already in the pepper, so a partially ripe habanero produces a noticeably less complex base than the same pepper left to fully ripen.

How to Stop Fermentation (And When)

Stopping fermentation is a craft decision, not just a safety step. The better frame: stopping fermentation is when you lock in a flavor profile, and that profile changes throughout the window.

  • Week 2: bright, punchy, acidic, with some fresh pepper character still present. Good for sauces where you want clean heat and citrus-forward acidity.
  • Week 4: more integrated. The bright edges have rounded, succinic acid has developed brothy depth, and the heat reads softer because the surrounding complexity grew.
  • Week 6+: deeper, funkier. Volatile aromatics have evolved from sharp and pungent into something integrated and complex: the profile that takes time and doesn't exist at week 2.

Worth separating: actual acidity keeps climbing the whole time, pH drops further at week 6 than it was at week 2, it doesn't level off or reverse. What changes is how sharp that acid tastes. Other flavor compounds build alongside it and round out the edge, so a longer ferment reads as deeper and more integrated rather than more sour, even though it's the more acidic sauce.

Cold crash: move the jar to the refrigerator. Fermentation slows to near-zero at 35–40°F, preserving the flavor profile at that moment while keeping the live culture intact. The sauce will keep fermenting very slowly in the fridge; slight bubbling weeks later is normal.

Pasteurization: hot sauce is commonly heated to around 180–185°F for about 10 minutes. This kills active bacteria, fully stops fermentation, and extends shelf life. You lose live culture but gain a shelf-stable product, and the flavor profile at the moment of pasteurization is locked in.

Which to use: cold-crash when you want to stop at a specific flavor moment and are fine with refrigerated storage; pasteurize when you want shelf stability or are bottling for distribution. One common problem is fermentation continuing in a sealed bottle, which happens when the sauce is bottled before the pH has stabilized. The CO2 builds pressure. The fix is adequate pH testing before bottling (4.0 or below) or pasteurization before the final fill.

What Fermentation Does to Texture

A widely repeated claim says fermentation gives a sauce natural body by releasing pectin. The lab evidence points the other way. During fermentation, microbes and the pepper's own enzymes (pectin methylesterase chief among them) break structural pectin down. Research on Lactobacillus strains isolated from Tabasco peppers studied this because pectin breakdown drives sediment separation and layering, a texture defect producers work to prevent, not a body-building feature (Jones, LSU dissertation). In other words, fermentation tends to thin and destabilize the pulp, which is exactly why many fermented mashes are strained, and why a finished fermented sauce is often stabilized rather than left to separate.

Real body in a hot sauce comes from solids, not from fermentation: whole vegetables, or a pepper mash thick enough to hold itself together. How to build that body deliberately (reduction, whole produce, or a gum) is its own decision, covered here.

pH Safety Protocol

Target pH 4.0 or below before bottling. That's comfortably under the FDA's acidified-foods threshold of 4.6 (21 CFR Part 114): Clostridium botulinum cannot produce toxin below pH 4.6 in an anaerobic environment, and a sealed bottle is an anaerobic environment. Experienced makers target 4.0 rather than stopping at 4.6 for that additional margin.

Use a calibrated digital pH meter. pH strips are unreliable with chunky fermented mash: suspended solids and pigments distort the color reading. Either way, pull a small sample to test rather than dipping into the jar directly, and blend it smooth first if your mash is coarse. For whole pieces in brine, the brine reading is only the liquid's pH, not the inside of the pepper. The thicker the piece, the longer its center takes to catch up to the surface, so a dense piece, a whole jalapeño for instance, can read safe in the brine while its middle is still less acidic. Handle it the way a lab does: don't test the brine. Strain out the solids, blend them into a smooth slurry (a splash of distilled water is fine, it will not change the pH), and test that. Whatever you are bottling, that blended-solids reading is the number that has to sit at or below 4.0.

  • Begin testing pH after day 7.
  • Blend a small sample smooth before measuring.
  • Target 4.0 or below before bottling.
  • If pH is above 4.0 after 3+ weeks, add white vinegar in small increments, retesting after each addition.
  • Document your final pH. If you scale up to production, a process-authority review is required by the FDA.

That pH threshold is where fermentation meets the wider science of what keeps any hot sauce safe on a shelf. If you want the full picture (acidification, hurdle technology, and why 4.6 is the number that matters), the preservation science is covered here, and the flavor side of acidity (how different acids taste at the same pH) lives in the acid spectrum.

Troubleshooting

Problem Likely Cause Fix
White film (Kahm yeast) Oxygen exposure, high sugar Harmless: skim off, ensure submersion, agitate daily
No activity after 5 days Too cold, or chlorinated water Warmer location, filtered water
pH won't drop below 4.5 Insufficient bacteria, high salt, low temperature Continue fermenting, or add vinegar incrementally to reach 4.0
Fermenting in the bottle Bottled before pH stabilized, or active bacteria remained Pasteurize (commonly around 180–185°F for ~10 min) before bottling next time
Too salty in the finished sauce Too high a salt % Use less salt next batch (aim 2–2.5%)
Mold (black, green, fuzzy) Oxygen contact, insufficient salt, temperature spike Discard the entire batch. No exceptions.
Mash too dry (very low-moisture pepper) Thin-walled pepper, low moisture Switch to the brine method: dissolve salt in water at 2.5–3% by weight and submerge the peppers

Sources

  • Jones, Sonja Tanee. "Evaluation of Pectin Methylesterase and Lactobacillus spp. Isolated from Tabasco Peppers (Capsicum frutescens L.)" (2009). LSU Doctoral Dissertation (pectin breakdown as a driver of sauce separation/instability). repository.lsu.edu
  • Koh, F.M. (2005). "Physicochemical Properties of Pepper Mash Fermented in Wood and Plastic." LSU Master's Thesis 1447 (capsaicin stable across 24 months of mash aging). repository.lsu.edu
  • Huang, Q., et al. (2025). "Impact of pepper varieties on microbial succession and correlation with physicochemical properties and volatile compounds during pickled pepper fermentation." Food Chemistry: X 28:102551 (natural pepper fermentation: early colonizers vary by variety; pH stabilizes near 3.3). doi.org
  • Shockey, Kirsten K. & Christopher. Fiery Ferments (Storey, 2019); recipes reproduced by the authors at The Feedfeed (a plain co-fermented pepper mash keeps 12 months or more refrigerated; sugar blend-ins shorten it). thefeedfeed.com
  • McIlhenny Company (TABASCO), "About Our Barrels" (mash under a salt cap, white-oak barrels up to three years, then blended with distilled vinegar). tabasco.com
  • FDA 21 CFR Part 114: Acidified Foods regulations and the pH 4.6 threshold. ecfr.gov
  • Ingham, B. "Measuring pH of Foods." University of Wisconsin–Madison Division of Extension (2024) (equilibrium pH; chunky and solid products are blended smooth before pH testing, so the liquid reading alone is not the safe number). foodsafety.wisc.edu
  • Food Network, "How Frank's Red Hot Sauce is Made" (Unwrapped): on-screen narration states "the fermented pepper mash ships to Springfield, Missouri," confirming aged cayenne is run as a fermented mash, not a brine. youtube.com

The Bottom Line

To ferment hot sauce well, get the method right for your pepper first: mash keeps the flavor in the paste, brine moves it into the liquid; chop for brine and rough-chop for mash; salt at 2–2.5% for vigorous fermentation and maximum flavor; start tasting at week 2; and seal nothing until the pH is at or below 4.0, safely under the 4.6 line. Everything else is refinement.

Fermentation is legitimate craft, and the complexity it builds over weeks is real and distinct. There is no shortcut that replicates what six weeks of bacterial succession does to a habanero mash. There is, though, a different path built from whole ingredients: no waiting, no salt management, no pH to chase. A different mechanism, and a depth of its own, not the one fermentation builds over weeks, but real all the same.

Neither path is better or worse. They're different. The choice is yours. Fermentation builds its depth over six weeks of bacterial succession; whole vegetables build a different depth a different way.

The Salamander Standard

I created sauces I actually wanted to use. Flavor and fire working together, creating a depth that works with your food. Sauces without the vinegar bite. That's what every bottle is built around, and what we measure ourselves against:

  • ✓ Fruits and vegetables first — not vinegar and water
  • ✓ Real depth from layered ingredients, no extracts or powders
  • ✓ Ingredients I'd have in my kitchen
  • ✓ Low sodium because whole foods only need a touch
  • ✓ No xanthan gum or artificial thickeners
  • ✓ Brooklyn Born

Every bottle. Every batch. The Original recipe since 2009; incorporated 2013. See exactly what’s in each sauce →

Frequently Asked Questions

Should I ferment my peppers chopped or whole, and does it depend on mash vs brine?

For brine fermentation, chopped or sliced is almost always better: chopping increases surface area, giving lactic-acid bacteria faster access to sugars and moisture, which speeds the pH drop and produces more even fermentation. Waxy-skinned peppers fermented whole in brine take longer to reach target acidity than the same pepper halved or quartered, because the brine has to work through the skin. In a mash you are grinding anyway, so the question mostly disappears. The one exception: if you want fermented whole peppers to eat as a condiment rather than blend into sauce, keeping them whole preserves texture. For hot sauce production, chop.

Should I use mash or brine for hot sauce?

It depends on your pepper. Juicy, high-moisture peppers (habaneros, jalapeños, Fresnos) work well as a mash, ground with salt and fermented in their own moisture. Dried or very low-moisture peppers (de arbol, dried Thai chilis) need brine because they don't release enough liquid. Mash gives more concentrated flavor with less water and more peppers per jar, at the cost of more surface maintenance. Brine is the more forgiving method, and often the easier place to start: submersion is simpler than keeping a mash surface clean. Neither is the better sauce; they are different results.

How do I stop fermentation to lock in a flavor profile?

Two ways. Cold-crash by moving the jar to the refrigerator, where fermentation slows to near-zero and preserves the profile at that moment while keeping the live culture. Or pasteurize (commonly around 180–185°F for about 10 minutes) for a shelf-stable product, which locks the flavor permanently but ends the live culture. The week-2 profile is brighter and more acidic; the week 4–6 profile is deeper and more integrated. Cold-crash when you want to stop at a specific flavor moment; pasteurize when you want shelf stability.

Can I ferment hot sauce without special equipment?

Yes. A mason jar with a loose-fitting lid works: the loose fit lets CO2 escape without letting oxygen in. A kitchen scale for accurate salt measurement is non-negotiable; volume measurements are too imprecise. A digital pH meter before bottling is essential. Everything else (airlocks, fermentation weights, specialty jars) is optional convenience, not a requirement.

How long does fermented hot sauce last?

Properly acidified and refrigerated fermented hot sauce (pH 4.0 or below, unpasteurized) lasts 12 months or more. That is the figure credentialed fermenters Kirsten and Christopher Shockey give for a plain co-fermented pepper mash. Pasteurized fermented sauce at pH 4.0 or below is shelf-stable at room temperature. Blend-ins are the wildcard: stirring in sugar, like a fruit syrup, can cut a refrigerated sauce to a few months even with the acid unchanged, so taste and watch a sweetened batch. Flavor also keeps developing in the fridge; some makers prefer a mash after a few months of cold aging over the day it was bottled. Trust your senses: if it smells wrong or shows colored mold, discard it.

Why does my fermented hot sauce taste too salty?

The usual cause is too high a salt percentage: in the 3–4% range, salt starts to dominate the flavor. For next batch, drop to 2–2.5% salt on total weight.

What pH does fermented hot sauce need to reach to be safe?

Target pH 4.0 or below before bottling. The FDA acidified-foods threshold is 4.6 (21 CFR Part 114), because Clostridium botulinum cannot produce toxin below pH 4.6 in a sealed, anaerobic container, but experienced makers target 4.0 for margin. Measure with a calibrated digital pH meter, not strips: suspended solids and pigment distort strip readings on a chunky mash. If the pH stalls above 4.0 after three weeks, add white vinegar incrementally and retest.

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About Timothy Kavarnos

Timothy Kavarnos is the founder of Salamander Sauce Company, a Brooklyn-based hot sauce maker building sauces from whole vegetables and real ingredients, dedicated to bringing flavor and fire together. Over fifteen years ago, he started making hot sauce in his kitchen because he couldn't find one that brought them together. Today, Salamander Sauce is produced in New York's Hudson Valley using the same recipes: whole habaneros, real bourbon, and a body built from vegetables, not vinegar. The low sodium was a byproduct, not the goal. Timothy writes about hot sauce, ingredients, and flavor science on the Salamander Sauce blog.

Flavor is the soul, fire is the heartbeat.

Timothy Kavarnos https://www.salamandersauce.com
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