Orgone Matrix Material Density Grades

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Different kinds of Orgone Matrix Material

Not all Orgone Matrix Material is the same. The size of the particles used makes a lot of difference to the finished product. At left are 3 samples of different densities of Orgonite, and below is a short description of some of the different grades of Orgonite with which I have worked. Orgonite can be used for different devices, and the intended function of the device determines what kind of Orgonite is best to use. Different materials offer differing amounts of resistance to the orgone as it flows through it, and the different grades of Orgonite have sequentially higher 'orgone resistance' values.

At left are shown from top to bottom: Extra High Density Orgonite, High Density Orgonite, and Medium Density Orgonite.

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More detailed theory and other information:

EXD / XHD Orgone Matrix Material and Orgone Charge Density

Cascading Densities and the quest for the Orgone Laser - Part I

Cascading Charge Density, Toroids and the ‘Orgone Laser’ Part 2

LD - Low Density Orgonite (not common)

This is a picture of a small device I made to use as a varja. It is made from Low Density Orgonite. Low Density Orgonite offers very little resistance to the orgone as it flows through the device. This means that the device is not very suited to cleaning the orgone, it will not convert DOR to OR with much efficiency. But, since it attracts the orgone and allows it to flow through it very easily, low density Orgonite is useful for sending and receiving orgone energy, and for collecting and moving orgone energy from one place to another. One place I often use LD Orgonite is to make a channel or layer of LD Orgonite within an orgone device, which acts like a wire to conduct the orgone along a chosen path inside the device. LD Orgonite also works well as an orgone 'antenna' to send and receive orgone energy within a network of devices. LD Orgonite does not work well on its own for making TBs and HHGs, but a thin layer of LD or VLD (Very Low Density) Orgonite at the base of an HHG or TB assists the device in grounding to the earth more efficiently. Note the size of the metal particles and the amount of space between them. LD Orgonite will release some orgone when excited, but not very much. The cone in this device is about 3" across at the base. The big brown thing on the base is a rather large Moquis Marble I got from my friend Chris at diviningmind.com .

MD - Medium Density Orgonite (moderately common)

At left are some samples of MD Orgonite. MD Orgonite offers enough orgone resistance to foster the cleaning action for which Orgonite is well known, and works as a material from which to make TBs and HHGs. Note particle size and the space between them. The cylinder shown on the bottom of the picture is 1" in diameter. MD Orgonite has a dense enough matrix to convert DOR to OR, but does not work very efficiently in an orgone-on-demand generator. It offers low enough orgone resistance to function well in a passive mode, and high enough orgone resistance to still afford the 'scrubbing' action which is desirable. MD Orgonite will release some orgone energy when excited by external energy sources, but like LD Orgonite, still not not very much. The orgone resistance is low enough in MD Orgonite that much of the energy used to excite it either passes through it or is attenuated. It is more suited to use in devices which are meant to operate in a passive mode. TBs, HHGs and Chembusters are generally meant to operate in a passive mode. While MD Orgonite may not be the absolute best thing from which to make TBs and HHGs, it will work nonetheless.

MHD - Medium High Density Orgonite (common)

Here are some samples of MHD Orgonite. MHD Orgonite is imo the most efficient type of Orgonite from which to make TBs, HHGs, Chembusters and other devices which operate in a passive mode. MHD Orgonite offers just low enough orgone resistance to operate in a passive mode, but offers high enough orgone resistance to maximize the 'scrubbing' action while still in a passive mode. MHD Orgonite will convert DOR to OR efficiently without being excited by external energy sources (other than a potential of DOR to convert into OR). Because of its higher density, MHD Orgonite will also release orgone when excited, and it will do so with more efficiency than MD Orgonite. MHD Orgonite works well to construct devices which are intended to operate in both passive and active modes. Note the particle size, the amount of space between the particles, and the combination of small and large particles. The spaces between the larger particles are filled with smaller particles.

This is the grade of Orgonite to make most HHGs and TBs from. See the 3 small pics? MHD Orgonite can be gotten by either using smaller particles, as in the two cases on the left and center, or by adding superfine particles to the resin and then using larger metal particles which would ordinarily produce MD Orgonite, as in the case on the right. You can just make out the small black flecks, which are the largest particles in a mineral powder which has the consistency of flour. In the cases on the right and center, most of the particles are about 2 to 5 mm diameter. In the case on the right, the metal particles are about 5mm x 15mm, and the superfine particles were added to the resin before pouring. Either way will produce MHD Orgonite. I use about 2 teaspoons of mineral 'flour' to a liter of resin.

HD - High Density Orgonite (moderately common)

To the left are some examples of HD Orgonite. HD Orgonite offers a much higher orgone resistance than MD or MHD Orgonite. The scrubbing action provided by HD Orgonite is plentiful, provided it is excited in some way. TBs and HHGs made from HD Orgonite need to be placed in an area with extreme inimical energy problems if they are to do much. They also benefit from being electrically grounded, though I suppose it is not absolutely necessary. TBs and HHGs made from HD Orgonite can be a bit smaller than ones made from MHD Orgonite, and still do the same job, provided they are excited in some way, either by external energy sources or by a LARGE potential of DOR to convert into OR.

TBs and HHGs made from HD Orgonite work well on or near household electrical appliances. To make a long story short, HD Orgonite processes orgone more efficiently than MHD Orgonite, but you need to 'push on it' in order for the orgone to go through it very fast at all. See the small pics below? Note that there are few if any large particles, and that there is not very much space between them. The turquoise beads shown in the HHG are about 3 x 6 mm, and they are the largest particles.

HD Orgonite does not work very well for devices which are meant to operate in a passive mode, but it does work well for devices which are meant to operate in an active, or 'powered' mode. HD Orgonite works well to make orgone-on-demand generators which convert other forms of energy such as heat, light, sound, EM or scalar waves into orgone. HD Orgonite works well to make intent amplifiers. HD Orgonite can also be used inside an orgone device made from lower density Orgonite to control the pattern of energy flow by offering more resistance at select places inside the device, acting like an 'orgone pressure valve' so that orgone will not pass through it until it has reached a sufficient intensity. HD Orgonite is the highest density at which Orgonite will work both in the passive and active modes, but is more suited to the active or 'powered' mode.

XHD - Extra High Density Orgonite (common)

Here are some samples of XHD Orgonite. XHD Orgonite does not work very well in a passive mode, and does not appear to be doing much of anything until it is excited by some form of external energy. When excited by heat, light, physical motion, sound, EM fields, electrical current, scalar waves, etc., XHD Orgonite is VERY efficient at producing orgone energy. XHD Orgonite has uses in the internal composition of orgone devices built from lower densities of Orgonite, just like HD Orgonite, but is especially suited to making orgone-on-demand generators which are designed to operate in an active or 'powered' mode. Note the particle size, all of the particles in the samples shown have gone through a 1 mm sieve, the largest are about 1.5 x 1 mm, and the majority of the particles are in the form of a fine powder like flour. When making HD or XHD Orgonite, you can add the organic part of the Orgonite in the form of small particles, and just use enough resin to hold the mass together. Of the 4 small pics shown above, the two at the top have the organic material added in the form of a powder, and the two on the bottom have only metal particles ( copper and iron pyrite, respectively) and resin. While XHD Orgonite works very well for making devices which operate in an active mode, it does not work very well at all for devices which operate in a passive mode, except as a small part of the finished device or when incorporated into a device using CaDens cascading densities.

Introduction to Orgonite eBook download page (dated, free)

Different materials for making Orgonite

While many people now use polyester resin and metal particles from a machine shop, there are many different materials from which Orgonite can be made. In my experience, not all of these combinations produce a very durable substance, but in some cases produce more orgone than the basic polyester resin and metal filing mixture. From the top: HD with pitch resin, metal shavings and mineral powder... MD with paraffin and spiral brass nails... MD with beeswax and steel nails... ( 2 small samples of XHD and HD with poly resin and crushed mineral powder for both the metal and the organic)... MD and MHD with latex paint and metal shavings, HD and MD with poly resin and metal shavings.

Cheap Orgonite from waste paint (less than ideal but functional)

Below are some examples of an extremely cost-effective and colorful variety of Orgonite with which I have been experimenting. The Orgonite is not especially durable, and needs to be kept indoors or recast in plastic resin to seal it from the elements. It is made from old latex paint (often free at recycling depots) and commercially available waste paint hardener ( about $3.00 CDN for enough to do 2/3 of a gallon).

The waste paint hardener is in the form of a small packet of crystals which, when mixed into the paint, cause it to solidify. The metal has to be mixed into the paint prior to adding the hardener, since it turns stiff almost immediately. The mixture then takes several weeks to dry fully in a large casting like the 3.5" blue TB (with kyanite from revted ;) shown. This can be quickened by making the mixture and spreading it out into a thin sheet, allowing it to dry, and crumbling it into small pieces like the two shown on the right of the picture. The small pieces can then be combined in different colors and recast with just enough resin to hold them together. Doing it this way, you can reduce the cost of polyester resin by 50 to 70 percent, but it takes a lot longer. I will have to make another few TBs like I just described and take some pics of them, as the ones I made are all gone :). They make cost-effective and aesthetically pleasing if time consuming orgone "paperweights" hahaha...

Auto-body Filler (not common)

Another Orgonite recipe (the silver HHG base shown in the picture) is made from polyester auto body filler, mixed with metal shavings and a little aluminum roof patch paint. You have to work quickly, and mix in the metal and paint before adding the catalyst to the auto body filler. While this kind of Orgonite is not ideal for TBs and HHGs, it has the advantage of not leaking out of small holes in the molds, and therefore is useful for some hard-to-cast shapes, as it can be forced into the mold in small amounts with a spoon or spatula.

More detailed theory and other information:

EXD / XHD Orgone Matrix Material and Orgone Charge Density

Cascading Densities and the quest for the Orgone Laser - Part I

Cascading Charge Density, Toroids and the ‘Orgone Laser’ Part 2

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