Natural products are constantly changing. Botanical ingredients react to light, air, temperature, and time. This happens right after they are harvested and made into products. Preserving their quality is not only about extending shelf life. It is about maintaining the integrity, freshness, and vitality of the product itself. For decades, Miron glass has had one main goal: to create a natural space. This helps natural formulas maintain their original character for a longer time.

Measuring Vitality

How do you measure the vitality of a natural product?

What happens to natural ingredients over time

lants naturally store energy from sunlight throughout their growth cycle. This energy supports the development of antioxidants and other protective compounds that contribute to the quality of natural products. Once harvested and processed, however, these ingredients gradually begin to lose stability over time. Exposure to environmental factors such as visible light and oxidation can influence their freshness, aroma, color, and overall integrity. At Miron, the concept of vitality refers to preserving the natural qualities of products as effectively as possible throughout their lifecycle.

Exploring different measurement methods

Over the years, researchers and scientists have explored different ways to observe and measure changes in natural products. While some methods remain experimental, they offer interesting perspectives on how preservation can influence product quality over time. One example is Kirlian photography, a visualization technique that captures electrical discharges around objects under high-voltage conditions. In some observations, natural and less processed products appear to show stronger and more balanced patterns compared to heavily processed materials. Other approaches focus on biological response testing. For example, researchers have compared how plants grow when exposed to water stored under different conditions. These experiments explore whether storage environments may influence vitality and growth behavior over time.

Looking more closely at natural structures

Microscopic crystallization techniques have also been used to study structural patterns in liquids and natural substances. Some researchers suggest that less processed products may display more organized and symmetrical crystal formations, while more heavily processed materials appear less structured. Biophysical research has further explored concepts such as biophoton emissions and energetic measurements associated with natural products. One example is the Bovis scale, developed as a way to evaluate perceived vitality levels in foods and natural substances. Although these methods continue to evolve and are not universally accepted scientific standards, they reflect a growing interest in understanding how preservation may influence the quality and integrity of natural products over time.

Supporting long-term preservation naturally

CreatiResearch and customer experiences over the past decades have consistently shown that storage conditions matter. Sensitive natural formulations respond differently depending on how they are protected from environmental exposure. Miron glass was developed to help shield natural products from harmful visible light while allowing beneficial violet and infrared light to pass through. This unique light-filtering environment helps support the longevity and stability of many botanical and natural formulations. Because every formulation is unique, results may vary depending on the product and its composition. That is why Miron encourages brands to test their own formulations using Miron packaging to observe the difference directly.