Orgonite converts the negative energy from electronic devices into positive orgone.

These days the most hazardous electronic device in common usage is the Cell Phone.

It produces high levels of microwave radiation whenever it sends or receives a signal; making it dangerous to carry and hold against your head.

However hard the cell phone industry strives to hide the facts; many independent studies have shown a direct link between cell phone use and brain tumors, birth defects, testicular and ovarian cancer.

 Orgonite offers the only way of forestalling these problems in the form of a ‘cell phone button’ that can be easily made and attached to the back of a mobile telephone; rendering it both safe and comfortable to use.

 You will need an ice cube tray:

Mix a little resin and catalyst and pour a few drops into each section of the tray:

Before the resin cures; tilt the tray left and right so the resin forms a thin surface on the bottom of the mould.

Pour out any surplus and leave it to cure thoroughly.

This layer gives a shiny surface to the cell phone button which will greatly improve its appearance.

Next put in a sprinkling of crushed crystal:

Cover the crystal with a layer of fine aluminium shavings and tap them down to form a flat surface.

Mix a little more resin and catalyst and pour enough into each section to just cover the aluminium shavings.

When they are thoroughly cured; tap them free of the tray.

Use sandpaper to flatten the back surface of the button and use double-sided sticky tape to attach it to your cell phone.

Dan.

Admin BG blog.

We have looked at the three materials used in tactical orgonite and now we will learn how to combine them in a simple and practical manner.

 We will be making a Tower Buster (TB) which is a more or less ‘standard’ size (around 5cm diameter and perhaps 3cm thick).

 The name ‘Tower Buster’ derives from its primary use which is to convert the negative energy from a single telecommunications tower into positive orgone.

 First we need to select a suitable mould in which to cast the TB.

 I like to use cheap plastic moulds such as may be used to sell individual portions of jelly in at the supermarket.

Others prefer to use the multiple trays of cup-cake moulds.

One may also use an aluminium soft-drink can cut in half.

A glass may also be used.

 Remember that the resin can become quite hot during the curing process due to the catalytic reaction and may melt some plastics.

 Resin shrinks slightly when cured and will free itself from most smooth-sided moulds without the need of a release-agent.

 We will place the dry materials in the mould first and pour the resin in last.

When the resin has filled all spaces between the metal and resin; it will form a flat surface just above the metal shavings.

 Resin without shavings in is not orgonite.

Shavings without resin around them is also not orgonite.

 Only the parts of the TB that form an approximately 50/50 mix of resin and metal shavings (plus crystal, of course) will work as orgonite.

We will be combining the materials in the mould with this in mind.

 First we will put in the crystal pieces as it is more difficult to form a flat surface with them sitting on top of the shavings.

 Then we will put in enough metal shavings to form slightly less than the required thickness of the TB.

The shavings should form a flat and level surface.

 If your metal shavings contain a proportion of larger pieces that may be difficult to form into a flat surface; place some of these in the mould first and sprinkle some finer shavings on top.

The finer shavings will fall into the spaces between the larger pieces of metal and finally form a flat layer to the ingredients in the mould.

They will also help to achieve the required 50/50 mix of metal and resin.

 Next we will pour some resin into a mixing jug; put the required proportion of catalyst in and mix it thoroughly.

 The catalysed resin is then poured onto the mould.

I like to slosh in slightly less than is needed and let it sink through the shavings first; then come back and gently top it up to the right level.

If individual moulds are used; any surplus in one TB can be easily poured into another mould that may contain too little resin.

If multiple cake-moulds are used; this will not be possible of course.

 Finally; any metal shavings that may appear above the surface of the resin can be poked down using your mixing stick.

 Wait until the resin is thoroughly cured; then turn your TB upside down and free it from the mould by tapping it sharply on the work bench.

 Dan.

Admin BG blog.

Orgonite is made from three basic materials.

Metal shavings (a conductive material) bound in and separated by resin (a non-conductive material).

These materials are best combined in equal parts (by volume).

Natural crystalline stone interacts with these materials to produce the electrostriction effect that greatly enhances the transmutation poterntial of the compound.

Now we will take a look at the Crystal material that is used in Orgonite.

Crystals grow naturally in the ground and often form clusters similar to this one:

The separated crystals can be cast in orgonite directly where they interact with the resin/metal matrix and greatly enhance the conversion of ambient electromagnetic radiation.

Natural crystals have negative and positive ‘terminals’ and the ambient etheric energy tends to flow from the negative end to the positive end.

In this way they can be used to channel the movement of energy within the orgonite device (although why this is thought desirable remains something of a mystery).

The focus area of the Bali Gifters website is firmly on the area of gifting tactical orgonite to the environment and so I tend to ignore the more mystical devices such as HHGs.

The core device in the gifter’s arsenal is the Tower Buster (TB) and this only requires small quantities of rough crystal stone.

As gifting represents a financial loss; we tend to use the cheapest materials available so as to maximize the healing potential of our precious funds.

For those who know what they are looking for; crystal stones can be found on river beds, beaches and in the ground.

They are sometimes used by aquarium suppliers for decorative purposes.

Crystal chips are sometimes available from crystal workshops as it is a waste product from breaking down clusters into individual crystals.

Quartz is the most common crystal on the planet and is therefore the most plentiful in both the environment and the marketplace but a variety of crystal stone may be used for tactical orgonite.

Some people claim that each kind of crystal holds additional mystical properties and can influence those in the area when cast into orgonite in particular combinations.

Whilst most people can only gain a theoretical understanding of crystal dynamics;  there are no end of websites claiming to offer uniquely powerful orgonite healing devices at astronomical prices.

I recommend that those who are not sensitive to subtle energies would do well to stick to the simplest of orgonite devices which can be produced both easily and cheaply at home.

Dan.

Admin BG blog.

Orgonite is made from three basic materials.

Metal shavings (a conductive material) bound in and separated by resin (a non-conductive material).

These materials are best combined in equal parts (by volume).

Natural crystalline stone interacts with these materials to produce the electrostriction effect that greatly enhances the transmutation poterntial of the compound.

In this article; we will be looking at Resin.

Polyester Resin is used for making fiberglass amongst other things and is a practical choice for making orgonite too.

It is readily available, easy to use and hardens to form a durable, weather-proof material that can be cast in a variety of shapes and sizes.

Polyester resin comes in a variety of grades but is generally a clear or slightly coloured liquid which is mixed with a tiny quantity of Catalyst which acts as a hardener.

Once the catalyst is mixed thoroughly with the resin; it will begin the hardening process.

The time that this process takes depends on both the grade of the resin and the quantity of catalyst added.

The vendor will be able to advise on exact proportions of catalyst for each grade of resin.

The clear, expensive grades are usually slow-maturing and the cheaper, coloured resins generally mature more quickly.

I like to place the metal shavings and crystal material in the mould before pouring the catalysed resin.

Resin is the most expensive material used in making orgonite and I take care not to waste it in any way.

Catalysed resin will produce a strong odour and it is advised that it should only be mixed in a well-ventilated area.

The working surface  should also be covered with newspaper or similar as the inevitable spots of resin may be difficult to remove.

Acetone mixes easily with uncatalysed resin and can be used for cleaning hands etc.

Catalysed resin can be removed from ones fingers with a damp cloth before it has hardened but care should be taken to work in a clean and organised manner.

Epoxy Resin can also be used but is rather more expensive and less practical than Polyester Resin.

In Indonesia there is a tree-resin called Damar that makes good orgonite but it fails to harden and is inconvenient for gifting.

The only possible alternative to resin is Sugar but it requires precise temperatures in the preparation stage and remains soft and sticky when cool so needs to be stored in jars.

Bees wax was suggested as a natural alternative to polyester resin but it was found to only accumulates negative energy and becomes saturated over time.

Dan.

Admin BG blog

Orgonite is made from three basic materials.

Metal shavings (a conductive material) bound in and separated by Resin (a non-conductive material).

These materials are best combined in equal parts (by volume).

Natural crystalline stone interacts with these materials to produce the electrostriction effect that greatly enhances the transmutation poterntial of the compound.

We will first be taking a look at the Metal Shavings.

Metal of many kinds can be used in orgonite: Steel, copper, aluminium, brass etc will all have a similar effect when combined with resin and crystal in the correct proportions.

Aluminium is often favoured because it is generally clean and weighs less than other metals which makes it ideal for orgonite vendors who regularly send their products through the postal system.

More important is the size of the individual pieces of metal.

If they are too big; then there will be too much space between them for resin and the 50/50 proportion of resin to metal will not be achieved.

Conversely; if the shavings are too small; too little resin will separate them resulting in too much metal compared to resin.

Another problem with metal dust is that it will not allow the resin through the shavings when poured from above.

I use machine-shop waste as it is plentiful and usually free.

Pure aluminium has a set scrap value but mixed metal waste is simply thrown away.

I first pick out the long strands and pieces that are too large to use easily in small moulds; the remainder I place in a sieve which allows the fine shavings and dust to fall through.

What remains in the sieve is TB-grade shavings.

The waste from the first sieve is passed through a finer sieve to remove the dust and what remains can be used for mini-TBs for cell phones and laptop computers.

The very coarse shavings and dust are discarded.

I find that a random mixture of mixed metal shavings makes better orgonite than shavings of a uniform size and type.

Dan.

BG blog admin.