How to Make THC Diamonds From Shatter

THC Diamonds

Before you get excited, we’re not talking about making diamonds that go in rings; we’re talking all about THC diamonds. In recent years THC diamonds have become increasingly popular amongst cannabis lovers. 

Without giving it too much thought, you’d possibly think that making THC diamonds is an incredibly complex process. A process using a complicated process, using insane machines, and requiring skill to give to a select few. However, the reality is that making THC diamonds is something you can make on your own. There are a couple of ways to make THC diamonds using a couple of methods, and we’re going to tell you how. 

THC diamonds, also known as THC crystalline or simply diamonds, are a highly potent and sought-after form of cannabis concentrate. They are essentially pure THC-A crystals that form in a process involving extraction and purification. One popular method for creating THC diamonds is starting with shatter, a stable and concentrated form of cannabis extract. This guide will take you through the steps of making THC diamonds from shatter, providing detailed instructions and insights into the process.

Understanding THC Diamonds and Shatter

“Understanding THC Diamonds and Shatter” delves into the intricate world of cannabis concentrates, exploring two popular forms: THC diamonds and shatter. THC diamonds, also known as THCA diamonds, are crystalline structures containing high levels of tetrahydrocannabinolic acid (THCA), prized for their potency and purity. These crystalline formations resemble diamonds, hence the name, and are extracted through a meticulous process involving solvents like butane or CO2. Their allure lies in their concentrated potency, often reaching upwards of 99% THC.

Shatter, on the other hand, represents a translucent, glass-like cannabis concentrate with a brittle texture. Named for its tendency to shatter into pieces when dropped, this concentrate boasts high levels of THC and other cannabinoids. Unlike THC diamonds, which form crystalline structures, shatter maintains its clarity through a process of purging and stabilization. Both THC diamonds and shatter offer cannabis enthusiasts potent experiences, yet they differ in appearance, texture, and extraction methods.

The Importance of Starting with High-Quality Shatter

Starting with high-quality shatter is paramount for crafting top-tier cannabis extracts. The purity and potency of the starting material directly influence the final product’s quality, aroma, and effects. Whether producing oils, waxes, or THC diamonds, the integrity of the shatter sets the foundation for a superior result.

THC diamonds, prized for their potency and crystalline structure, demand pristine starting materials to reach their full potential. Only by beginning with high-quality shatter can artisans unlock the full spectrum of flavours and cannabinoids, ensuring a truly exceptional concentrate experience for enthusiasts and connoisseurs alike.

Buzzed Extracts HCFSE Diamonds

Decarboxylation: Activating THC-A

Delves into the crucial process of transforming THC-A, the non-psychoactive precursor of THC found in raw cannabis, into its psychoactive form. This chemical reaction, triggered by heat, removes a carboxyl group from THC-A, unlocking its potent effects. Whether through smoking, vaporizing, or baking, decarboxylation is essential for experiencing the full spectrum of cannabis’s effects. In the realm of cannabis concentrates, THC Diamonds, prized for their high potency, are a testament to the efficacy of decarboxylation in concentrating THC to its purest form.

THC Diamonds, renowned for their crystalline structure and potent THC content, are a prime example of the transformative power of decarboxylation.

Before THC-A can be converted into its active form, THC, it must undergo a process called decarboxylation. This process involves applying heat to the shatter to remove a carboxyl group from the THC-A molecule, transforming it into psychoactive THC. To decarboxylate shatter for THC diamond production, spread a thin layer of shatter onto a parchment-lined baking sheet and heat it in an oven set to around 250°F for 30-45 minutes. This step is essential for maximizing the potency of the final product.

Seeding the Solution: Introducing Nucleation Points

Revolutionizes cannabis concentrate production by leveraging the concept of nucleation points. These microscopic sites act as catalysts, prompting the formation of THC diamonds from shatter, leading to superior purity and potency. By strategically introducing these points into the extraction process, manufacturers can enhance crystallization, ensuring consistent quality and maximizing yield. This innovative approach not only streamlines production but also elevates the consumer experience, offering unparalleled clarity and potency in every dab.

As THC diamonds emerge from shatter, the significance of nucleation points becomes apparent, reshaping the landscape of cannabis extraction. With precise control over crystallization, producers can fine-tune product characteristics, from texture to cannabinoid concentration. This meticulous process not only yields visually stunning concentrates but also ensures optimal potency and flavour retention. Through the strategic placement of nucleation points, the journey from shatter to diamond becomes a testament to precision and innovation, setting a new standard for excellence in the cannabis industry.

Slow Evaporation: Allowing Crystals to Grow

Explores the delicate art of crystallization, where time becomes an essential ingredient. In this process, patience is not just a virtue but a necessity as molecules arrange themselves into intricate structures. Whether it’s the formation of THC diamonds from shatter or the growth of salt crystals in a saturated solution, the principle remains the same: controlled evaporation permits the gradual emergence of stunning crystalline forms. By regulating factors such as temperature, pressure, and solvent concentration, scientists and artisans alike can manipulate this natural phenomenon to produce crystals of the desired size, shape, and purity.

Within the realm of cannabis extraction, the journey from shatter to THC diamonds exemplifies the power of slow evaporation. As the solvent evaporates at a measured pace, cannabinoids and terpenes coalesce into dazzling crystalline structures. This meticulous process not only yields visually striking results but also enhances the potency and purity of the final product. Through careful observation and precise adjustments, extractors can harness the transformative potential of slow evaporation, unlocking the full spectrum of cannabinoids and terpenes encapsulated within the humble shatter.

Purification and Harvesting

“Purification and Harvesting” encapsulates the meticulous process of refining cannabis extracts to their purest form. From initial extraction to final refinement, each step is a delicate dance of science and artistry. One method gaining popularity is the creation of THC diamonds from shatter, where the concentrate is subjected to controlled crystallization, yielding potent crystalline structures that shimmer like gems.

The journey begins with the selection of premium cannabis material, followed by precise extraction techniques to isolate cannabinoids and terpenes. Through careful purification, impurities are removed, leaving behind a concentrated essence of the plant’s therapeutic compounds. Finally, the harvest culminates in the creation of THC diamonds, a testament to the advancement of cannabis extraction technology and the pursuit of purity in the quest for optimal medicinal and recreational experiences.

Enjoying Your THC Diamonds

Buzzed Extracts Shatter

Congratulations, you’ve successfully transformed shatter into THC diamonds! Now it’s time to enjoy the fruits of your labour. THC diamonds can be consumed in a variety of ways, including dabbing, vaporizing, or adding them to joints or bowls for an extra potency boost. Keep in mind that due to their high THC concentration, THC diamonds are extremely potent, so it’s essential to start with a small dose and gradually increase as needed. With proper storage and handling, your THC diamonds can provide a potent and flavorful cannabis experience for months to come.

Making THC diamonds from shatter is a rewarding process that allows cannabis enthusiasts to create one of the most potent forms of cannabis concentrate available. By starting with high-quality shatter, decarboxylating the THC-A, seeding the solution, and allowing crystals to grow through slow evaporation, you can produce premium THC diamonds with exceptional potency and purity. Whether you’re a seasoned concentrate connoisseur or a curious novice, experimenting with THC diamond production can provide a deeper understanding of cannabis chemistry and a newfound appreciation for its diverse forms.

What Are THC Diamonds?

If you’re completely clueless as to what THC diamonds are, then never fear; we’ll break it down before moving on to making your own. The concept of a THC diamond has been around for a while now. They are crystalline THC, nearly 100% pure in their THC content. The THC a diamond contains goes through a process of separation from terpenes, and other cannabinoids. 

THC diamonds have become so popular because of their unique ability to pinpoint the accuracy of dosas and their consistency when it comes to effects. They are also extremely potent, which helps. 

Solventless Separation

The process of solventless separation isn’t all that complicated. While it’s relatively new, it’s rather straightforward. To go through a solventless separation process, you’ll need;

  • Rosin press
  • Extra micron filter bags
  • Parchment paper
  • Your shatter/rosin of choice 

Step 1: Hand-form your chosen rosin and make it into as flat a slab as possible. Now place that flattened rosin in a filter bag (25/45um).

Step 2: Place the bag of shatter/rosin into parchment paper that’s been folded. 

Step 3: Heat the rosin press plates to anywhere between 130 and 190 degrees. You’re not looking to go too high or low, you want just the right temperature to melt only the terpenes, not the cannabinoids. Now while being gentle and slow, bring the plates together while gradually increasing pressure. You should eventually see the terpene oil seeping out. When the seeping oil slows, increase the pressure until all oil is removed. 

Step 4: Left behind should be a filter bag of pure white powder; this is entirely made of THC. 

Mechanical Separation

“Mechanical Separation” is a process that epitomizes precision and innovation in the realm of cannabis extraction. This method harnesses mechanical forces to meticulously isolate desired compounds from plant material, exemplifying the intersection of science and art in modern extraction techniques. One fascinating application of mechanical separation is in extracting THC diamonds from shatter, where meticulous manipulation of temperature and pressure yields crystalline structures of remarkable purity and potency.

Through the intricate dance of machinery and technique, mechanical separation unlocks the hidden treasures within cannabis, offering a glimpse into the diverse array of compounds present in the plant. THC diamonds extracted from shatter showcase the pinnacle of this process, representing the crystalline embodiment of THC’s potency and purity. As the cannabis industry continues to evolve, mechanical separation stands as a testament to the ingenuity driving advancements in extraction methodologies, promising new avenues for exploration and innovation.

Forming Diamonds

“Forming Diamonds” explores the intricate process of transforming THC shatter into dazzling THC diamonds. This journey of metamorphosis involves subjecting the shatter to carefully controlled temperature and pressure conditions, akin to the alchemical process of turning base substances into precious gems. With meticulous precision, THC diamonds emerge, boasting crystalline structures that captivate the eye and potent cannabinoid profiles that enthrall the senses. The allure of THC diamonds from shatter lies not only in their exquisite appearance but also in their potency, offering enthusiasts a pinnacle experience in cannabis consumption.

In the realm of cannabis refinement, the transformation from shatter to THC diamonds is akin to crafting jewels from raw minerals. THC diamonds from shatter embody the pinnacle of extraction artistry, showcasing the mastery of technicians who manipulate temperature and pressure to coax out the purest essence of the plant. Each THC diamond formed from shatter represents a convergence of science and craftsmanship, delivering a potent and pristine concentrate coveted by connoisseurs. As these crystalline structures glisten with cannabinoid richness, they stand as a testament to the ingenuity and dedication within the cannabis community, elevating the appreciation of the plant to dazzling new heights.


The process of creating THC diamonds from shatter involves intricate steps and precise craftsmanship. Starting with high-quality shatter, the concentrate is purified and refined through various methods, such as winterization and filtration, to remove impurities and unwanted compounds. Then, utilizing advanced extraction techniques like closed-loop systems and pressure manipulation, the shatter is subjected to controlled conditions of temperature and pressure, allowing the THC molecules to crystallize into stunning diamonds of unparalleled potency and purity.

Among cannabis enthusiasts and connoisseurs, the allure of THC diamonds crafted from shatter lies in their exceptional potency and crystalline beauty. Each sparkling gem represents the culmination of meticulous extraction methods and expertise, showcasing the pure essence of THC in its most refined form. Through the careful manipulation of temperature and pressure, artisans coax the molecules within the shatter to form dazzling crystals, elevating the experience of cannabis consumption to new heights of luxury and sophistication.


  1. What are THC diamonds? THC diamonds, also known as THC crystalline or THCA diamonds, are highly concentrated cannabis extracts that consist of almost pure THC in crystalline form.
  2. What is shatter? Shatter is a type of cannabis concentrate known for its glass-like consistency. It’s made by extracting cannabinoids from cannabis using a solvent, and then purging the solvent to create a translucent substance that shatters like glass when broken.
  3. How are THC diamonds made from shatter? THC diamonds are typically made by further purifying shatter through a process called “diamond mining.” This involves placing the shatter in a sealed container with a solvent, and then slowly allowing the solvent to evaporate over time, which encourages the formation of THC crystals.
  4. What solvent is used to make THC diamonds? THC diamonds, the purest form of crystalline THC, are typically produced using a solvent-based extraction method, with one of the most common solvents being butane. This process involves soaking cannabis buds or trim in liquid butane to extract the cannabinoids and terpenes, which are then purged to remove any residual solvent, leaving behind a highly concentrated THC extract. Through a series of controlled temperature and pressure manipulations, the extracted material forms into large, translucent crystals known as THC diamonds, prized for their potency and purity in the realm of cannabis concentrates.
  5. Is it safe to make THC diamonds at home?  While making THC diamonds at home may seem appealing for cannabis enthusiasts, safety precautions are paramount. The process involves using highly volatile solvents like butane or propane, posing risks of explosions and fires if not handled properly. Additionally, precise equipment and controlled environments are necessary to ensure purity and minimize health hazards. Without adequate knowledge and experience, amateurs risk exposure to toxic chemicals and accidents. Therefore, before embarking on this endeavor, thorough research, proper equipment, and adherence to safety protocols are imperative to mitigate potential dangers and ensure a safe and responsible extraction process.
  6. How long does it take to make THC diamonds from shatter?  The process of transforming shatter into THC diamonds typically spans several days to weeks, contingent upon various factors. Initially, the shatter undergoes extraction to isolate cannabinoids and terpenes. Then, through a meticulously controlled process of nucleation and crystallization, the cannabinoids are encouraged to form into crystalline structures. Factors such as temperature, pressure, and solvent choice significantly influence the duration of this transformation. While some may achieve diamond formation within a week, others may require extended periods for optimal results. Patience and precision are paramount in this intricate alchemy of cannabis extraction, yielding coveted THC diamonds sought by enthusiasts and connoisseurs alike.
  7. What equipment is needed to make THC diamonds? To make THC diamonds, you’ll need basic extraction equipment including a closed-loop extraction system, vacuum oven, vacuum pump, and various glassware such as beakers and flasks.
  8. Are THC diamonds more potent than other cannabis concentrates? Yes, THC diamonds are among the most potent cannabis concentrates available, often containing upwards of 90% THC or more.
  9. How do you consume THC diamonds? THC diamonds can be consumed in a variety of ways, including dabbing, vaporizing, or adding them to edibles. Dabbing is the most common method, which involves heating the diamonds on a hot surface and inhaling the vapor through a dab rig.
  10. Are there any health risks associated with consuming THC diamonds? Like other cannabis concentrates, consuming THC diamonds carries certain health risks, including the potential for tolerance buildup, dependency, and adverse effects such as anxiety or paranoia, especially in high doses. It’s important to consume them responsibly and in moderation.




All views expressed here are from a third-party source and do not necessarily represent the entity of Buzzed Extracts itself. This blog post is intended to be used for informational purposes only

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