What Compounds Are in Cold-Pressed CBD? Cannabinoids, Terpenes and Flavonoids in Plain English

Most people understand why a cold-pressed juice feels different from something made from concentrate.

The goal isn't simply to pull out one ingredient. It's to preserve more of what was naturally there in the first place.

That's very similar to how we think about cold-pressed CBD.

When people first discover CBD, it's easy to focus on the three letters on the front of the can. But CBD is only one part of the hemp plant's story.

Cold-pressed CBD contains a wider range of naturally occurring compounds that exist together within the plant. These include cannabinoids, terpenes and flavonoids, words that can sound technical at first but are actually much simpler than they appear.

And understanding those compounds helps explain why so many people are becoming interested in how CBD is made, not just how many milligrams are listed on the label.

According to the Association for the Cannabinoid Industry, around 6 million UK adults have tried a CBD product, reflecting the growing interest in understanding what actually goes into modern CBD products.

Key Takeaways

• Cold-pressed CBD contains more than just CBD.

• Cannabinoids, terpenes and flavonoids are naturally occurring parts of the hemp plant.

• CBDa, CBC and CBG all contribute to the plant's wider profile.

• Cold-pressing helps preserve more of the compounds naturally found in hemp.

• Looking at how CBD is made can be just as important as looking at the CBD content itself.

What Compounds Are in Cold-Pressed CBD?

CBD may be the ingredient most people recognise, but it's far from the only compound found within hemp.

Cold-pressed CBD preserves more of the plant's natural profile, which means it contains a broader range of naturally occurring compounds, including:

• CBD

• CBDa

• CBC

• CBG

• Terpenes

• Flavonoids

One of the biggest misconceptions is that anything with the word "cannabinoid" attached to it must be connected to getting high.

In reality, CBD itself is a cannabinoid.

So are many other compounds naturally found within hemp.

Most simply form part of the plant's natural composition.

A useful way to think about it is like a band.

CBD might be the vocalist, the name everyone recognises.

But there are plenty of other members helping create the overall sound.

Cold-pressed CBD helps keep more of that band together.

What Is CBDa?

CBDa, or cannabidiolic acid, is one of the naturally occurring cannabinoids found in raw hemp.

Before CBD exists in the form most people know today, it begins as CBDa within the plant.

As interest in whole-plant hemp extracts has grown, so has interest in CBDa and the role it plays within the hemp plant's wider profile.

It's one of the compounds people are referring to when they talk about preserving more of what naturally occurs within hemp.

Research into CBDa continues to develop, making it one of several cannabinoids attracting growing interest within the hemp industry.

What Is CBC?

CBC, short for cannabichromene, is another naturally occurring cannabinoid found within hemp.

While it doesn't receive the same attention as CBD, it's part of the wider profile that makes hemp more complex than many people first realise.

What Is CBG?

CBG, or cannabigerol, is often referred to as a "parent cannabinoid" because other cannabinoids develop from it during the plant's growth cycle.

As conversations around hemp have evolved, CBG has become one of the most widely discussed cannabinoids after CBD itself.

For many people, its significance lies in what it represents.

CBG is another example of the many naturally occurring compounds that exist within hemp and contribute to the plant's overall profile.

It's a reminder that hemp was never just about one ingredient.

What Are Terpenes?

Terpenes are natural aromatic compounds found throughout the plant world.

They're responsible for many of the scents and aromas people associate with herbs, flowers, fruits and botanicals.

• You'll find terpenes in citrus fruits.

• You'll find them in mint.

• You'll find them in lavender, rosemary and pine trees too.

Within hemp, terpenes contribute character, aroma and individuality.

Returning to the band analogy, terpenes help bring personality to the performance.

They're part of what makes one plant feel distinct from another.

And they're one of the reasons people have become increasingly interested in preserving more of the hemp plant's original profile.

What Are Flavonoids?

Flavonoids are another naturally occurring group of plant compounds.

Although the name sounds scientific, flavonoids are incredibly common throughout nature.

They're found in fruits, vegetables, herbs, and flowers.

Within hemp, flavonoids sit alongside cannabinoids and terpenes as part of the plant's wider composition.

If CBD is the lead singer, flavonoids are part of the supporting cast, helping create something richer and more complete.

They contribute to what many people describe as the whole-plant profile that cold-pressed CBD seeks to preserve.

Why Does Cold-Pressing Preserve More of These Compounds?

One of the biggest conversations in CBD has traditionally centred around milligrams.

• How much CBD is in the product?

• How does it compare to another brand?

• Those questions are understandable.

But they don't always tell the full story.

It's a bit like judging a wine purely by its alcohol percentage.

Technically accurate.

But not necessarily the most interesting thing about it.

Cold-pressing focuses on preserving more of the hemp plant's naturally occurring profile rather than reducing everything down to one isolated ingredient.

That means more cannabinoids, terpenes, and flavonoids remain together.

For SKÏP, that approach simply felt more honest. If the plant naturally contains these compounds together, preserving more of that original profile made sense to us.

Studies have identified more than 150 cannabinoids and over 200 naturally occurring terpenes within hemp, highlighting just how much more there is to the plant than CBD alone.

Cold-Pressed CBD vs CBD Isolate

As CBD became more popular, isolate products grew quickly because they were easier to standardise, easier to scale and easier to compare.

But as people have learned more about hemp, the conversation has started to shift.

Increasingly, people are asking:

• How was it made?

• What else is in it?

• Where did it come from?

Those questions often tell you far more than a single number on the label.

Looking at the Whole Picture

One of the most interesting things about hemp is how many naturally occurring compounds it contains.

CBD may be the ingredient that gets the attention, but it's only one part of a much bigger picture.

Cannabinoids, terpenes, and flavonoids all contribute to the plant's natural profile.

Cold-pressed CBD focuses on preserving more of that profile rather than stripping it back to a single ingredient.

Or put another way:

CBD doesn't arrive at the party alone.

It brings a whole gang of friends.

And that's exactly why more people are becoming interested in quality, production methods and the wider hemp profile, not just the CBD number on the front of the pack.

FAQs

Is CBDa stronger than CBD?

CBDa and CBD are different cannabinoids found within hemp. Research into both compounds continues to develop as interest in whole-plant hemp grows.

Are terpenes psychoactive?

Terpenes are naturally occurring aromatic compounds found in many plants, including herbs, fruits, flowers and hemp.

Do all CBD products contain CBG?

Not necessarily. The cannabinoid profile can vary depending on how a CBD product is produced and processed.

Are flavonoids safe to consume daily?

Flavonoids are naturally found in many everyday foods, including fruits, vegetables, herbs and flowers.

Does cold-pressed CBD contain THC?

SKÏP removes THC during production, resulting in 0% THC in every can. Products are rigorously tested, and recent lab results are available on request.

What other plants contain terpenes?

Terpenes occur naturally in many plants, including citrus fruits, mint, lavender, rosemary and pine trees.

How do these compounds work together?

Many people think of cannabinoids, terpenes and flavonoids as different parts of the same picture. Together, they form the hemp plant's natural profile and help explain why interest in whole-plant CBD continues to grow.