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Discover Which Cannabinoids and Terpenes Are Active at Your Chosen Temperature

Boiling point map

180°C 356°F

Balanced. Most major cannabinoids are releasing, with plenty of flavour left.

10 of 29 cannabinoids and 9 of 25 terpenes have reached their boiling point. Next is CBN and CBE at 185°C.

Drag across the map, or use the arrow keys. Ticks with a number are several compounds sharing one boiling point.

Cannabinoids

10 of 29 released

  1. 52°

    CBG Cannabigerol

    Non-psychoactive precursor compound. May contribute to alertness and focus.

  2. 105°

    THCA-A Tetrahydrocannabinolic Acid A

    Raw acidic form with anti-inflammatory properties. Non-psychoactive precursor.

  3. 120°

    CBDA-A Cannabidiolic Acid A

    Raw precursor with unique properties before decarboxylation. Non-psychoactive.

  4. 157°

    THC Tetrahydrocannabinol

    Primary psychoactive compound. May contribute to euphoria, relaxation, and altered perception.

  5. 160°

    CBD Cannabidiol

    Non-psychoactive compound. May contribute to relaxation and general wellness.

  6. 170°

    CBDB Cannabidiol-C4

    Shorter chain version of CBD. Non-psychoactive with potential therapeutic properties.

  7. 175°

    Δ8-THC

    Psychoactive compound similar to THC but with reduced potency. May provide milder effects.

  8. 175°

    Δ10-THC

    Milder psychoactive effects than Delta-9-THC. May provide more energizing effects.

  9. 180°

    CBDP Cannabidiphorol

    CBD analog with longer side chain. Non-psychoactive with potential enhanced properties.

  10. 180°

    Δ7-THC

    Minor THC variant with different effects profile. Mildly psychoactive.

  11. 180° Your temperature
  12. 185°

    CBN Cannabinol , not released yet

    Mildly psychoactive compound formed from THC degradation. May contribute to sedation.

  13. 185°

    CBE Cannabielsoin , not released yet

    Metabolite of CBD with potential therapeutic effects. Non-psychoactive.

  14. 187°

    THCP Tetrahydrocannabiphorol , not released yet

    Recently discovered, potentially more potent than THC. Highly psychoactive.

  15. 190°

    THCH Tetrahydrocannabihexol , not released yet

    New cannabinoid with potential psychoactive effects. Research ongoing.

  16. 200°

    CBF Cannabifuran , not released yet

    Rare cannabinoid with limited research. Non-psychoactive properties.

  17. 220°

    CBC Cannabichromene , not released yet

    Non-psychoactive compound. May work synergistically with other cannabinoids.

  18. 220°

    THCA Tetrahydrocannabinolic Acid , not released yet

    Non-psychoactive precursor to THC. Converts to THC when heated.

  19. 220°

    CBDA Cannabidiolic Acid , not released yet

    Non-psychoactive precursor to CBD. Converts to CBD when heated.

  20. 220°

    THCV Tetrahydrocannabivarin , not released yet

    Psychoactive compound with unique properties. May contribute to appetite suppression.

  21. 220°

    CBDV Cannabidivarin , not released yet

    Non-psychoactive compound. Similar structure to CBD with potential wellness benefits.

  22. 220°

    CBL Cannabicyclol , not released yet

    Non-psychoactive compound formed from CBC degradation. Limited research available.

  23. 220°

    CBGA Cannabigerolic Acid , not released yet

    Non-psychoactive precursor compound. Mother of all cannabinoids, converts to other acids.

  24. 220°

    CBT Cannabitriol , not released yet

    Non-psychoactive compound. Limited research on specific effects and properties.

  25. 220°

    Δ9-THCA , not released yet

    Specific acidic form of Delta-9-THC. Non-psychoactive precursor.

  26. 220°

    CBGVA Cannabigerovarinic Acid , not released yet

    Precursor to CBGV. Non-psychoactive with potential therapeutic properties.

  27. 220°

    CBCVA Cannabichromevarinic Acid , not released yet

    Precursor to CBCV. Non-psychoactive compound with limited research.

  28. 255°

    CBDV-O Cannabidivarin Oxide , not released yet

    Oxidized form of CBDV. Non-psychoactive with potential therapeutic properties.

  29. 260°

    CBC-O Cannabichromene Oxide , not released yet

    Oxidized form of CBC. May work synergistically with other compounds.

  30. 280°

    THC-O THC Acetate , not released yet

    Synthetic THC derivative with potentially enhanced potency. Highly psychoactive.

Terpenes

9 of 25 released

  1. 50°

    Ocimene

    Sweet, herbaceous. May have antifungal properties and contribute to uplifting effects.

  2. 122°

    Nerolidol

    Wood, fresh bark. May contribute to sedating effects and relaxation.

  3. 155°

    Pinene

    Pine, fresh. May contribute to alertness and memory retention.

  4. 159°

    Camphene

    Woody, camphor. May have antioxidant properties and contribute to focus.

  5. 163°

    Sabinene

    Spicy, woody. May have antioxidant and anti-inflammatory properties.

  6. 167°

    Myrcene

    Earthy, musky. May contribute to relaxation and sedation. Common in indica varieties.

  7. 168°

    3-Carene

    Sweet, piney. May have anti-inflammatory properties and enhance focus.

  8. 176°

    Eucalyptol Cineole

    Eucalyptus, medicinal. May contribute to cognitive benefits and respiratory support.

  9. 177°

    Limonene

    Citrus, lemon. May contribute to mood elevation and stress relief.

  10. 180° Your temperature
  11. 186°

    Terpinolene , not released yet

    Piney, floral, citrus. May contribute to sedating effects and relaxation.

  12. 194°

    Bisabolol , not released yet

    Floral, honey. May have anti-inflammatory and skin-soothing properties.

  13. 196°

    Fenchol , not released yet

    Citrus, lime. May have antimicrobial properties and contribute to alertness.

  14. 198°

    Linalool , not released yet

    Floral, lavender. May contribute to relaxation and stress relief.

  15. 198°

    Humulene , not released yet

    Earthy, woody. May contribute to appetite suppression and anti-inflammatory effects.

  16. 199°

    Caryophyllene , not released yet

    Spicy, peppery. May contribute to anti-inflammatory effects. Interacts with CB2 receptors.

  17. 204°

    Valencene , not released yet

    Sweet, citrus. May have anti-inflammatory properties and contribute to alertness.

  18. 204°

    Phytol , not released yet

    Floral, grassy. May contribute to relaxing effects and have antioxidant properties.

  19. 210°

    Borneol , not released yet

    Menthol, camphor. May contribute to calming effects and have analgesic properties.

  20. 212°

    Isopulegol , not released yet

    Minty, cooling. May have gastroprotective effects and contribute to relaxation.

  21. 224°

    Pulegone , not released yet

    Minty, fresh. May have memory-enhancing properties and contribute to alertness.

  22. 230°

    Geraniol , not released yet

    Rose-like, floral. May have antimicrobial properties and contribute to mood enhancement.

  23. 257°

    Caryophyllene Oxide , not released yet

    Woody, spicy. Oxidized form of caryophyllene. May have anti-inflammatory properties.

  24. 268°

    Guaiol , not released yet

    Woody, rose. May have anti-inflammatory and antimicrobial properties.

  25. 270°

    Bulnesol , not released yet

    Woody, earthy. Limited research available. May contribute to relaxation.

  26. 275°

    α-Bisabolol Oxide , not released yet

    Floral, honey. Oxidized form of bisabolol. May have anti-inflammatory properties.

Temperature Ranges & Effects

Warm-up100 to 150°CMostly moisture and the lightest terpenes. Very little effect.
Flavour150 to 175°CTerpene-rich vapour with THC just starting to release. Light, clear effects.
Balanced175 to 195°CMost major cannabinoids are releasing, with plenty of flavour left.
Potency195 to 220°CThicker vapour and stronger effects. Flavour starts to fade.
Full extraction220 to 250°CAlmost everything has released. Expect toasty, harsher vapour.
Combustion risk250 to 300°CClose to where plant material starts to burn. Turn it down.

Dry Herb Vaporizer Temperature Guide

Temperature control is one of the biggest levers you have with a dry herb vaporizer. The same flower can feel very different at 170C compared with 205C. Lower temperatures usually keep flavour cleaner and lighter. Higher temperatures usually increase vapour density and extraction. If your sessions feel inconsistent, temperature is often the first setting worth fixing.

Unlike smoking, vaporizing lets you target specific compounds over a temperature range. That is why people search for a best temperature to vape dry herb or a vaporizer temperature chart. You are not just chasing one number. You are balancing flavour, effect profile, and extraction depth for your own routine.

Use the calculator above to see which cannabinoids and terpenes become active at each point, then build a session style that suits your device and your goals.

How Temperature Changes Your Session in Practice

I treat temperature as session structure, not just potency control. At lower settings I get cleaner flavour and a lighter body feel. At middle settings I usually get the best balance of flavour and extraction. At higher settings I get denser vapour and faster extraction, but flavour can flatten and the session can become harsher. Most people get better results by moving through a range rather than locking to one number for every bowl.

If you want a quick baseline, start around 175C to 185C for your first few draws. If that feels too light, step to 190C to 200C. If you want a finishing pass, move to 205C to 210C for the final draws. This simple approach gives you a clear flavour window, then a stronger extraction window, without jumping straight into hot and harsh territory.

Flavour, Vapour Production, and Effect Profile

At lower temperatures, volatile aromatics often come through more clearly. This is where flavour-focused users spend more time. The trade-off is that extraction can feel incomplete if you finish too early. At middle temperatures, many users find the sweet spot where flavour is still good and vapour output becomes more satisfying. At high temperatures, vapour can become thick and immediate, but the profile often shifts away from bright flavour notes toward roasted notes. For the exact point each aromatic compound burns off, see the terpene boiling points chart.

This is why a dry herb vaporizer temperature guide should be practical, not rigid. The best setting for a one-hit evening wind-down may be wrong for a long daytime session. Your material, your tolerance, and your device style all matter. I use temperature as a dial for pace. Lower for longer control. Higher for shorter, heavier extraction.

Temperature Stepping Done Properly

Temperature stepping means starting lower, then increasing in stages during one bowl. It is simple and very effective. A common pattern is 180C for flavour, 195C for body, and 205C for finish. The exact numbers are less important than the progression. You can use smaller 5C steps if you want more control.

The biggest mistake is rushing the first stage. Give the bowl time to settle. Take a few controlled draws before stepping up. If you run a convection unit, let it stabilise between stage changes. If you skip this, people often conclude that low temperatures do nothing, when the real issue is draw speed and impatience.

For a beginner-friendly framework, run two stages only. Start near 185C, then finish near 200C. This keeps the process easy and predictable. If you are just getting started, also check the best vaporizers for beginners list so you are learning on devices with stable control.

Device Type Matters More Than Most People Think

The same set temperature can feel very different across devices. Pure conduction tends to heat the load continuously at the chamber wall. Convection tends to respond to draw speed and airflow. Hybrid designs sit in between. Analog systems add another variable because your heat source and timing are manual.

On a high-airflow portable like the Venty, you can often run slightly higher while keeping sessions comfortable because airflow helps manage perceived heat. On an analog setup like the Sticky Brick Runt or DynaVap M+, your timing and technique are the temperature control. On a desktop like the Volcano Hybrid, consistency is usually stronger over longer sessions.

If you want a deeper background on heating behaviour, read convection vs conduction. It explains why one profile may feel smoother or stronger even when numbers look similar.

Grind, Pack Density, and Draw Technique

Temperature settings only tell part of the story. Grind consistency and pack density can make your 190C bowl behave like someone else's 205C bowl. A very fine, tight pack can restrict airflow and trap heat. A very loose, chunky pack can under-extract unless you extend session time. I aim for an even medium grind with enough airflow to keep draws steady.

Convection-heavy devices usually reward a looser pack and slower controlled draws. Conduction-heavy devices usually reward even contact and moderate tamping, not aggressive compression. If you are troubleshooting uneven extraction, adjust grind and pack before chasing extreme temperature changes.

For a practical walkthrough, see choosing the right grind for your dry herb vaporizer. It is one of the fastest ways to improve consistency.

Common Temperature Mistakes

Going too hot too fast is the most common mistake I see. People start near max, get harsh vapour, and assume the device is bad. In reality, they skipped the flavour and stabilisation stages. Another common issue is changing temperature every draw, which makes sessions hard to read and hard to repeat.

Another avoidable error is expecting every device to behave the same. A number that works on one portable might feel weak or rough on another. Build a repeatable process for each device. Pick a start point, draw style, and step pattern, then make one change at a time.

Where I Recommend Beginners Start

If you are new, start with a simple two-stage routine and keep notes for one week. Stage one around 180C to 185C for the first half of the bowl. Stage two around 195C to 200C for the second half. If you still want more extraction, finish with a short pass around 205C. This keeps your first sessions predictable and usually avoids harshness.

If you are deciding which device to learn on, the beginner list is the best starting point. If you want to see how technique translates in real use, compare detailed notes in reviews like DynaVap M+ and Sticky Brick Runt. The right temperature is the one you can reproduce session after session.

Frequently Asked Questions

How do I use this vaporization temperature calculator?

Use the interactive slider or manual input to set your desired temperature. The calculator instantly shows which cannabinoids and terpenes become active at that temperature. You can switch between Celsius and Fahrenheit, try the preset temperature profiles, and toggle terpenes on/off to customize your results.

What temperature should I vape dry herb at?

It depends on your goals: Low Heat (140-170°C/284-338°F) preserves flavor and terpenes with mild effects. Medium Heat (170-190°C/338-374°F) offers balanced flavor and potency. High Heat (190-220°C/374-428°F) maximizes extraction but may reduce flavor. Very High (220°C+/428°F+) extracts all compounds but approaches combustion.

What are cannabinoids and why do they matter?

Cannabinoids are compounds found in cannabis that interact with your body's endocannabinoid system. Each has different boiling points and effects: THC (psychoactive), CBD (non-psychoactive wellness), CBG (focus), CBN (sedation), and others. Understanding their vaporization temperatures helps optimize your sessions.

What's the difference between cannabinoid categories?

Psychoactive: May alter perception, mood, or consciousness (THC, Delta-8-THC, THCV)

Non-psychoactive: Provide potential benefits without intoxication (CBD, CBG, CBC)

Mildly psychoactive: Subtle effects on consciousness (CBN)

Precursor: Raw acid forms that convert when heated (THCA→THC, CBDA→CBD)

What are terpenes and the entourage effect?

Terpenes are aromatic compounds that give plants their scent and may influence effects. In cannabis, they work synergistically with cannabinoids in the "entourage effect" - where compounds work better together than alone. For example, myrcene may enhance relaxation, while limonene may boost mood.

Why do different vaporizers show different results?

Vaporizer efficiency varies by design. Convection vaporizers heat air around material, while conduction heats through direct contact. Desktop units often reach higher temperatures more consistently than portables. Material moisture, grind consistency, and pack density also affect results.

How accurate are these vaporization temperatures?

These temperatures are based on scientific research and laboratory data for pure compounds. Real-world vaporization can vary ±10-20°C due to device efficiency, material quality, humidity, and individual device calibration. Use these as starting points and adjust based on your experience.

Can I use this for concentrates or other materials?

This calculator is designed for dry herb vaporization. Concentrates, oils, and waxes may have different optimal temperatures due to extraction methods and additives. Always consult your device manual and start with lower temperatures when trying new materials.

What happens at very high temperatures? When does combustion occur?

Combustion typically begins around 280-300°C (536-572°F) for dry plant material. At 250°C+ you're approaching the combustion zone where material may start to burn rather than vaporize. Our calculator shows warnings at these temperatures. High-temperature compounds like THC-O and oxidized terpenes vaporize in this range, but the risk of combustion increases significantly.

What is temperature stepping and how do I do it?

Temperature stepping means starting at a lower setting, then increasing in stages during one bowl. A simple pattern is 185°C, then 195°C, then 205°C if needed. Take a few steady draws at each stage before increasing. This usually gives better flavour first, then better extraction at the end.

Does the type of vaporizer affect what temperature I should use?

Yes. Convection, conduction, hybrid, and analog devices can feel very different at the same displayed temperature. Airflow, bowl design, and heat-up behaviour all change how the session feels. Use the number as a guide, then tune based on your specific device and draw style.

What temperature should a beginner start at?

Most beginners do well starting around 180°C to 185°C, then moving toward 195°C to 200°C if needed. This keeps sessions manageable and helps you learn flavour and extraction without jumping straight into harsh high-heat territory.

Is this medical advice?

No, this tool provides educational information about vaporization temperatures for research and informational purposes only. Individual results vary based on device efficiency, material quality, and personal factors. This is not medical advice and should not be used to diagnose, treat, or cure any condition. Consult healthcare professionals for medical guidance.

About the author

Practical guidance from long-term hands-on use across portables, desktops, and analog devices.