1.
Pillar Technologies - Determining Kilowatts
Three-Phase Calculation. kVA (kilovolt-Amperes) = Input Voltage x Input Amperes (Current) x 1.73 / 1000. The only difference between kW (kilowatts) and kVa ...
2.
Pillar Technologies - Site Map
Induction Cap Sealers - Pillar Technologies Induction Sealing a Division of Illinois Tool Works, has a proud history of supplying the industries most ...
3.
Surface Treatment Trouble Shooting - Watt Density
... if any of the parameters change such as line speed. The formula to calculate watt density is as follows: ... The same formula can be used to determine: ...
4.
Surface Treatment Trouble Shooting - Watt Density
What is the formula to calculate watt density? Watt Density is a measurement of the amount of energy being applied to the web. ...
5.
Pillar Technologies - The Surface Treatment Phenomenon
As a general rule, the Dyne level of the substrate has to be at least ten points ... The chart below lists the typical dyne levels of various substrates in ...
6.
Pillar Technologies - How Corona Treaters Work
For a complete article on how corona treatment works, see the Corona Theory article in our web site. To determine how much power your process requires, ...
7.
Pillar Technologies - Frequently Asked Questions
Although there are numerous theories explaining the principles behind the process of corona treating, the most commonly accepted theory appears to be the ...
8.
Ink, Dynes, Pens
File Format: PDF/Adobe Acrobat - View as HTML Business Contact: Pillar Technologies | 475 Industrial Drive | Hartland, WI 53029-0110, USA | Phone +1 262-912-7200 | Fax: +1 262-912-7272 ...
9.
Pillar Technologies - Liner Manufacturers
Meyer Seals. Hildesheimer Str. 78. D-31061 Alfeld (Leine) Germany Telephone: +49 (0)51 81 80 18 0. Fax: +49 (0)51 81 80 18 64. Email: sales@meyer-seals.com ...
10.
Pillar Technologies - Frequently Asked Questions
Certainly also printing personnel should pre-check the dyne levels of the substrate via dyne solution. Application is with a single soft cotton tip ...
