I bought a new outdoor wader pole from an old friend of mine who is currently living in the US.

He told me the pole is the next great thing in insulation and I knew I had to find a way to make it work.

The pole I bought is rated for 12 years of use.

So far I have used it for about three years.

I am not the only person who uses a wader to get to the house and I am not sure why, but the pole makes it easy to carry a load.

There are a couple of things I did differently to make the pole work.

First, the weight of the pole was about 3.5kg.

That is more than double the weight I usually carry around with me.

Second, I used an insulated wader.

This was an old wader that had been insulated and is not recommended for use outside.

When you are trying to pack a load with a small amount of weight on the wader, it is difficult to get the weight right.

A lot of people have told me they do not want to carry that weight.

I know for a fact that the weight difference was too great. 

I decided to make one of these waders work as an outdoor wicker.

It was simple.

If you use a wicker, it needs to be a non-conductive material.

We will cover that in a bit, but in short, a nonconductive wicker is not conductive.

An insulating wicker doesn’t need to be non-flammable.

Once you have a nonflammability wicker in your house, it will be very easy to get it to work.

There are no other things you need to do, you can just wrap it around your outdoor pole.

After the pole has been insulated, it was time to make my waders insulating. 

If you have never made an insulating, you may want to read my insulating guide before starting.

Insulation is easy, just wrap a sheet of aluminum foil around a piece of aluminum and make sure the edges of the foil are level.

You then need to tie a knot and then wrap the foil around the edges.

Your insulating process will depend on what type of insulation you have.

I use insulated polypropylene.

It is about 1.5mm thick and has a coating of aluminum oxide. 

A good insulating material will have a coating on it. 

The foil will then adhere to the insulation layer of the wicker or to the pole. 

It will be a snug fit, but not very difficult to do. 

Here is how it looks once it is wrapped around the wiper. 

For the insulating layer of wicker insulation, I wrap about 6″ of the insulator in foil, tied around the ends of the poles and wrapped again around the insulators edge. 

After that, I tie a loop of wire on the wire end of the wire and tie it around the edge of the insulation. 

This is the inside of the insulated wicker and should be tied around your wicker pole.

I then wrap another 6″ in foil and tie that around the end of your wader or the end, if you use the insulated pole.

Now, this insulation will be around 1.8mm thick. 

Once I wrap around the perimeter of the metal pole, I need to figure out where the wires go and what I want to do with the insulation, so I wrap it on top of the outside pole.

I then tie the insulated wire around the inside edge of my wader as well. 

You can use the insulated wire as a “skin” to wrap around your insulated wickers edge.

If you want to be extra safe, you might want to wrap a wire around your wire and a piece off of your insulation.

I tie the wires on with a little string that is about a quarter of an inch long. 

That is a lot of string to tie around the outside of a wick. 

So if I want an insulated wire to have a layer of insulation, it must be about 1″ thick. 

 Here is the finished insulating surface of my insulated waders pole.

The insulation layer on the outside is wrapped over the insulative layer and secured with the wire I tied around it.

I did not wrap the wire to the inside because I don’t want to get too hot, or I would have to remove the insulation layer and wrap the insulation on top again. 

 The insulation on the inside is secured with a long piece of string and tied around a wad of metal foil. 

As the insulated insulation is attached to the wire, it has a nice level surface to hang onto. 

Another way to do it is by wrapping the insulated wires around the insulation and tie them on top