The short kit consists of one set of Tubes: 1",2" 3" & 4 inch Diameter X 8 inch long tubes. Precision machined to correct length.
These inner tubes are for the 5 X 10 inch "Outer Cannister". TO POLISH: Take a piece of 1" Dia. tubing about 20" Long and glue a piece of cork gasket material 12 inches long around the circumference of the tubing at one end. Wrap the sheets of wet and dry tightly around the corked tubing and secure with a hose clamp on the inner end of the wet and dry. Secure the tubing in the lathe head and spin at a high speed. Apply water to the spinning wet and dry paper and firmly hold and rotate the inner tubes and cannisters over the spinning wet and dry. This process will quickly polish the interior of the tubes. You may start with a 400, then 800 and 1200 grades to finish off.
To polish the outer surfaces of the tubes you will need to set them up in the lathe and spin them at a reasonable speed using the hand held wet and dry paper in the various grades as mentioned above.
Machine two circles in wood, plastic or steel to fit the inner tube size and make an appropriate spacer to seperate the two disks, so that the tubing can be mounted in the chuck and supported by a live centre on the other end. This prevents the long tubes from coming out of the chuck of the lathe. HAPPY POLISHING!!
The 7 inch & 10 inch X 5" diameter format is suitable where you have plenty of depth and lateral space in which to mount the cell.
RE HEAT TREATMENT:
We have found that heat treatment will remove all para-magnetism which is mainly in the seam weld. The Kits are all heat treated to minimise the residual magnetism.
Disclaimer: we accept no responsibility what so ever for any ill effects or damage to any person or property and the purchaser must understand that to purchase these items and use them in any way what so ever is entirely at their own risk and their own cost. These parts are to assist in research and development of the 'Joe Cell Phenomenon' and safety should always be first and formost in any application or experiment.
