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MEDITECH EUROPE Hessel Hoornveld - Research, development, advices and seminars Joël Hoornveld - Import, export, sales and administration    |
Violet-glass the glass that offers better protection
Compared with the regular brown, blue, black or green glass violetglass specially offers:
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- Violet Glass - Wide-neck jars - Violet Glass - Cosmetic jars - Violet Glass - Bottles DIN 168/GL18 - Violet Glass - Bottles GCMI 410/24 - Violet Glass - Pharmaceutical bottles - Violet Glass - Oil bottles - Violet Glass - Water bottles - Violet Glass - Wine bottles - Violet Glass - Miscellaneous |
Properties The basics of violetglass are the permanent stimulation and charging of the molecule structure of a substance. This is practicable by penetration of the UV-range (stimulating) and the Infrared-range (charging) trough the glass. Violetglass makes it possible to let the invisible Ultraviolet light and the visible Violet light (ca.380-420 Nanometer ca.35%) together with the Infrared light (ca. 730-1050 Nanometer ca.45%) trough the glass while the visible range of the sun (red, blue, yellow, green) are blocked. |
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Violetglass compared with brown glass and plastic.
Quote Swiss biologist Dr. H. Niggli.
‘ “The experiments with violetglass showed a significant better storage capacity, this provide a plain calmer fluctuation and an auspicious energy loss. Violetglass (allowing light for ca.380-420 and ca.730-1040nm spectrum) offers an optimal protection for: remedy, essences, tinctures, (natural) cosmetics, (food) supplements, wine, oils, etc.” .'
Photons (light) enriched globules packed in Violetglass, brown glass and plastic containers where examined by Fraunhofer Institute ( Munich ) ,in a test of comparison. Most interesting is the comparison with the brown-glass container witch is mostly prescribed for pharmaceutics products.
Results of the test of comparison after 4 weeks: Violetglass absorbs the visible light spectrum (ca. 450-720 nm).This provides optimal protection of products.
Protection
In general most products are packed in the traditional glass and plastic containers. Research within regard of the penetration of light have shown us quite clear that brown glass lets the visible light of the sun trough and provides not enough protection to the substance inside the glass. The results for green and bleu glass where about the same. The both provide none or heavily reduced protection of light penetration.
The leak of protection causes a disruption of the frequency and that can quicken the decomposing of products. Plastic containers are in contrast with glass porous. In consequence of this quality oxygen can get trough. The oxidation that arises by that has a negative influence on the substance and results in an energy lost. Beside the oxidation high temperatures can cause in certain synthetic materials vapors. These vapors can disturb some types of energy.
By comparing the qualities of the violetglass with glass and plastic containers we can see that the violetglass has the right balance between allowing and blocking the spectra of light.
The influence of sunlight
Sunlight is enormously important for the growth of all plants. No life is possible without light. When plants, for example, are ripe for harvesting, they must be used immediately or preserved efficiently. If plants are exposed to sunlight after the ripening process, then a process of decomposition begins. The same light that initially made growth possible now accelerates the process of molecular decay and reduces the bio-energy.
Scientific
“No other glass than violetglass offers the unique combination of absolute light protection against light penetration if the visible range and light penetration of the UV/Violet- and Infrared range.” .”
The qualities of the violetglass are examined by several prominent institutions.
- Interstaatlichen Ingenieurschule Neu Technikum, Buchs (St. Gallen),
- Frauenhofer Institute for Food technology und packing, München,
- International Institute for Bio-Physics, Kaiserslautern
