The SPIRFLAME® previous page overview previous page
 
     
             

The SPIRFLAME® advantages:

The SPIRFLAME multiple electrolysis cell generator presents an hitherto unknown stable, easily adjustable and fully thermally stabilized, dependable and highly reliable precision heat-source.

The SPIRFLAME® is used for:
single - or multiple flame torch installations, 100% duty, 24 hours a day and 7 days a week industrial manufacturing applications, critical laboratory applications, or just as the ideal microflame torch for the dental laboratory of for the goldsmith in need of a very precise heat source to work on fine and delicate gold, platinum or stainless steel (dental wire) parts.



The perfect mixed and heat stabilized micro-flame has, in contrast to any other man-generated flame, almost no side heat radiation.

The <spirflame> has, despite its small pinpoint size, a high energy concentration and allows therefore a rapid heat transfer minimzing heat conduction into nearby heat sensitive parts.

The efficient heat-transfer of the <spirflame> size ideal for soft soldering because at given mechanical parameters: <spirflame> size (tip size and gas pressure), thermal mass of the parts and heat conductivity of the parts:

.. the heat transfer of <spirflame> does not depend on a good mechanical contact nor on the surface conditions of the parts to be soldered.

... the temperature of the object exposed to the flame depends at given mechanical random conditions only on the duration the flame contact with the object.


This is the "secrect" of the many successful automated microflame soft soldering applications found in rapidly increasing numbers all over the world.

The automotive electronic market is a leader in <spirflame> soldering applications as it avoids cold solder joints 100%.



The flame temperature is constant but can be modified (lowered) by additives (alcohols) mixed in the BOOSTER to the gas flow to the torch.
Methanol or Isopropanol are basic additive fluids for the BOOSTER.

The flame energy depends on the volume of gas combusted per second.


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