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Cannabis concentrates are made by pulling cannabinoids and aromatic compounds out of the hemp or cannabis plant and packing them into a smaller, more concentrated form. The idea is to take all of the trichomes of the cannabis plant, which are the little hair-like appendages where the terpenes and cannabinoids live, and process them in different ways to form compact products.
THC concentrates come from the same plant, though they’re processed differently. Many people gravitate toward concentrates for cleaner consumption and a more pronounced psychoactive experience. In this guide, we’ll take a look at everything you need to know about them so you can shop around your local dispensary confidently.
So, what are cannabis concentrates?
Before getting into the dirty details, it helps to know where they originate. Cannabinoids and terpenes are found in tiny, resin-filled structures on the plant called trichomes. These trichomes are especially dense on the fully flowered cannabis plant (commonly called “flower”), which is why people often refer to concentrates as “pure” or “refined” versions of the plant.
The usual goal of concentrate production is to collect these trichomes while removing excess plant material. Compared to flower, you get a completely unique texture, aroma, and cannabinoid concentration.
As you'll see, there's no single product type either. The term “concentrates” is a broad category defined by how plant material is processed and presented.
One reason cannabis concentrates can seem confusing is that when you look at a menu or product lineup, you'll often see a variety of names and terms. For the most part, concentrates fall into recognizable texture-based categories.
Below is a basic cannabis concentrates 101 comparison table to help you understand the differences:
Extraction Type: Solvent-based
Typical Potency: Often reported around 70–90% THC (varies by product)
Common Use: Dabbing or concentrate vaporizers
Shatter has a glass-like texture that “snaps” when broken. Longer purging processes often create a stable, sheet-like consistency.
Extraction Type: Solvent-based
Typical Potency: Often cited around 60–90% THC (varies by batch)
Common Use: Dab rigs, concentrate vaporizers, or added to flower
Crumble has a dry, brittle texture that breaks apart easily. Some consumers find it easier to handle and portion compared to stickier extracts.
Extraction Type: Can be solvent-based or solventless
Typical Potency: Varies by batch — always review COAs
Common Use: Dabbing or concentrate vaporizers
Badder has a soft, whipped consistency. It can be produced through hydrocarbon extraction or made as a rosin badder using solventless techniques.
Extraction Type: Typically solvent-based
Typical Potency: Often labeled as high-purity THCA
Common Use: Dabbing or vaporizing
Crystalline concentrates are refined to contain a single cannabinoid such as THCA or CBD. THCA becomes intoxicating when heated.
Extraction Type: Solvent-based
Typical Potency: Commonly cited around 95–99% THCA for diamonds
Common Use: Dabbing, often paired with terp sauce
Diamonds are crystalline THCA structures often separated from terpene-rich sauce. They are frequently sold together to combine potency with flavor.
Extraction Type: Solvent-based
Typical Potency: Not designed for maximum THC — valued for terpene content
Common Use: Dabbed at lower temperatures
HTE, sometimes called sauce or HTFSE, emphasizes terpene preservation for aroma and flavor.
Extraction Type: Solvent-based
Typical Potency: Varies by batch
Common Use: Dabbing or concentrate vaporizers
Sugar has a grainy, wet texture similar to brown sugar. It often contains small THCA crystals in a terpene-rich base.
Extraction Type: Solventless
Typical Potency: Often cited around 50–70% THC (grade dependent)
Common Use: Smoked, vaporized, or dabbed if “full melt”
Made by agitating cannabis in ice water and filtering trichomes through micron screens. “Full melt” refers to higher purity grades.
Extraction Type: Solventless
Typical Potency: Often cited around 60–80% THC (varies by input material)
Common Use: Dabbing or vaporizers
Rosin is produced using heat and pressure. It can be made from flower or hash, with hash rosin often considered higher grade.
Extraction Type: Solventless
Typical Potency: Commonly cited around 40–60% THC
Common Use: Sprinkled on flower or used for pressing
Kief consists of loose trichome heads collected from cannabis flower. It may contain more plant material than refined hash.
Extraction Type: Solventless
Typical Potency: Often cited around 40–60% THC
Common Use: Smoked, vaporized, or pressed into hash
Dry sift is created by mechanically separating trichomes through fine screens. When done well, it is considered cleaner than basic grinder kief.
While most THC concentrates appear in these formats, similar textures can be used for other cannabinoid profiles as well. Some are intended for dabbing, while others are used in vaporizers, disposable devices, or infused pre-rolls.
Most concentrates are created using one of two approaches:
The method used significantly affects the texture, consistency, and testing process of the final product.
Solvent-based methods use substances such as CO2, ethanol, or hydrocarbons to separate cannabinoids and terpenes from the natural plant material. These methods are fairly common in regulated production as they provide more precise control over the extraction process. After extraction, the solvents are removed, and third-party testing is used to confirm the final composition is solvent-free.
With solventless extraction, producers avoid chemical solvents altogether. For instance, rosin is produced using heat and pressure, while ice water hash relies on cold water and agitation for trichome separation. Even though solventless methods are often associated with minimal processing, they still require careful handling and testing before products hit the shelves.
Part of cannabis concentrates 101 is recognizing that while the extraction method can provide helpful context for a product, lab testing is the ultimate verification of its content and quality.
Beyond knowing what types of concentrates you're looking for, it’s important to know how to read labels and understand how different formats and cannabinoid types can affect your experience.
Here’s a practical checklist to think about each time you’re shopping:
If you’ve ever opened up a concentrate container you bought a few weeks ago and thought, “Why does this look and smell so weird?” it’s probably because you didn’t store it properly. Concentrates are more sensitive than flower, as they’re packed with terpenes and cannabinoids that do not take too kindly to light, heat, air, or moisture.
Luckily, similar to flower storage, all it takes is a little know-how to keep them fresh.
Heat and light are probably the two biggest enemies of cannabis concentrates. Research has shown that THC breaks down faster when exposed to heat and light, which is why most people recommend storing concentrates in cool, dark places, such as in a drawer, cabinet, or stash box.
Air exposure causes oxidation, which can slowly change how your THC concentrates smell and how well they work. Legitimate brands know this, which is why they package their concentrates in sealed glass jars.
Once you pop your jar open for the first time, close it as soon as you’re done.
We always recommend glass containers over plastic, as glass doesn’t react to terpenes. This is because plastic, in some cases, can interact negatively with terpene-heavy concentrates over time. It’s also more susceptible to changes in temperature.
Moisture is not your friend here. Many people think that because some flowers come with moisture packs, their concentrates need moisture too. We promise you that’s not the case. Keep your jars sealed and away from humid spots, like your bathroom.
There are lots of mixed opinions here. Some people like to freeze or refrigerate cannabis concentrates like live resin and rosin to keep the terpenes strong. This can work, but only if you do it right.
If you store them cold, make sure your container is airtight and that they’re back to room temperature before opening. Otherwise, condensation can form, introducing more moisture, which is worse than not refrigerating them at all.
We hope this cannabis concentrates 101 guide helps you gain a basic understanding of the unique properties of different products. The beauty of THC concentrates is that there is truly something for every preference.
If you're ready to explore a wide range of lab-tested cannabis concentrates, check out our premium selection at Apotheca.