Choosing an Effective Orgonite - The 4 Criteria - Lebanon - Sacred

Choosing an Effective Orgonite - The 4 Criteria

Innerstanding Orgonite Pyramids

When investing in an Orgonite Pyramid, it’s essential to innerstand the specifications that define its effectiveness. Not all orgonite devices are built the same! That’s why I created this clear guide. It gives you the key to compare and choose an Effective Orgonite Pyramid.

On the market, you’ll find many commercial, cheap Orgonite. We admit, they can be very beautiful and decorative. The question: are they truly effective?

To make sure you get a pyramid that works, here are the four crucial points you should check.

Effective Orgonite: The 4 Most Important Criteria

For an Orgonite Pyramid to be effective, it should meet ALL the conditions listed below!

The 4 most important qualities that should lead your decision are:

  • Superconductivity 
  • Authentic crystals
  • Dense Matrix
  • Interconnectivity Among Layers

Here is a more detailed description of each quality:

1- Superconductivity

This one can be detected by EMF detectors and the UV Wand Test. 

This superconductivity is the secret behind the pyramid’s endless power.

Our team spent months researching and testing to create a superconductive formula. We use materials that maximize energy conductivity. The metal powders are naturally superconductive. The crystals we select have piezoelectric properties


To read  more about the Piezoelectric Effect: Exploring the Piezoelectric Effect in Orgonite Pyramids

2- Authentic Crystals

The Crystals must be real semi-precious stones and must be piezoelectric.
The piezoelectric effect is what makes the pyramid charged with positive energy.

The only way to be sure of the quality of the crystals is to trust the brand you are sourcing yourself with.

Choosing an Effective Orgonite - The 4 Criteria - Lebanon - Sacred

3- Dense Matrix

Karl Hanz, the inventor of orgonite generators, found that the more layers and the tinier the conductive elements are, the stronger the battery effect. He achieved this by casting metal powders in resin.

Transmutational energy occurs through the geometry and properties of particular mineral elements. However, it must be dense to work correctly.

You can detect this property once you lift an Orgonite Pyramid. The denser it is, the heavier it feels. The more it weighs, the more effective the orgonite pyramid becomes.

4- Interconnectivity Among Layers

Our Orgonite Pyramids accumulate energy with resistance through the careful layering of insulating and conductive materials. In nature, crystals grow in the earth, not in plastic, for a reason.

Our goal is to mimic the beauty and efficiency of the natural world. That’s why the top and bottom layers of a pyramid should stay connected. Each new layer is poured while the previous one is still slightly wet, allowing energy to flow freely between all components.

Most pyramids on the market use clear polyester resin with embedded crystals. While they may look interesting, they lack true conductivity. They are inert or imbalanced. Sadly, resin art with semi-precious stones has become the industry standard.

Additional Resources

Read more about the Physical Experiment we have created:

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