THE TRUTH ABOUT THE COLOR OF YOUR DABS

In the ever-evolving landscape of concentrates, the coloration of extracts serves as the most common visual guide for consumers seeking quality and potency. However, a common misconception prevails, linking a darker hue to inferiority. In this article, we aim to unravel the complexities behind the color spectrum of various hemp concentrate types, challenging misconceptions and offering a nuanced perspective on the significance of color in assessing product quality.



The Chemistry Behind The Color:
The color palette of hemp concentrates is an intricate interplay of cannabinoids, terpenes, and flavonoids. These compounds undergo transformations influenced by factors such as light exposure, temperature, and oxidation, contributing to a diverse array of colors, ranging from light gold to deep amber. Below we have listed a few different factors that shape the color of wax.

Cannabinoid and Terpene Composition:
The unique combination of cannabinoids and terpenes in each strain lays the foundation for the color of the extract. For example, high anthocyanin levels, a flavonoid found in some strains (it’s what causes the buds to turn purple in color) can impart a deeper coloration.

Extraction Techniques:
The extraction method employed plays a pivotal role in determining color. Gentle techniques, like CO2 extraction, PHO, or cold-pressing, may yield lighter hues, while more robust methods, such as an ethanol extraction for RSO, may result in a darker, fuller spectrum.

Maturation Process:
The maturation and curing of cannabis plants significantly influence the final color of concentrates. Adequate curing allows for the breakdown of chlorophyll, contributing to a smoother, lighter appearance. Conversely, insufficient curing may lead to a darker color without compromising quality. This is why certain live resins/live rosins may have a darker color.

DISPELLING COLOR MYTHS

Dark Wax Does Not Mean Lower Quality:
It is crucial for us to dispel the notion that a darker color implies lower quality in concentrates. The color is merely one facet of the overall composition, and factors like aroma, flavor, and cannabinoid content should be considered for a comprehensive assessment.

Strain-Specific Variations:
Different strains naturally yield extracts with diverse colors. Recognizing and appreciating this inherent variability is essential for us to embrace the richness of the plant’s offerings.

Conclusion:
The color spectrum of cannabis concentrates is a multifaceted aspect that warrants a discerning perspective. By understanding the intricacies of coloration, consumers can move beyond simplistic judgments and appreciate the unique qualities of each strain. We need to break free from stereotypes and foster a comprehensive understanding of different types of extracts, acknowledging that a darker color does not diminish the potential for a great experience.

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