Paste painting procedure: Difference between revisions
| Line 17: | Line 17: | ||
=Technical procedure= | =Technical procedure= | ||
; Aim: | |||
ED7100 paste thickness effect on the electrical resistance of copper based material. | |||
; a- Look at the safety conditions | ; a- Look at the safety conditions before using the paste. | ||
; b- Equipment And Tools: | ; b- Equipment And Tools: | ||
55 to 77T polyester mesh, 200 mesh stainless steel screen, ER7 reducer, SW100, Oven, Multimeter, different shapes of Copper ( mainly 10X10 plate, wires), power supply. | 55 to 77T polyester mesh, 200 mesh stainless steel screen, ER7 reducer, SW100, Oven, Multimeter, different shapes of Copper ( mainly 10X10 plate, wires), power supply, A pair of scissors, pliers, micrometer. | ||
; c- Processing: | ; c- Before Processing Measurements: | ||
1- Printing the paste using 55 to 77T polyester mesh. For tight resistances tolerance use 200 mesh stainless steel screen to reduce the distortion. | |||
Measure the values of the resistors of each copper shape (if possible)using the multimeter or the multimeter and the power supply. | |||
; d- Paste Processing: | |||
1- Printing the paste using 55 to 77T polyester mesh. For tight resistances tolerance use 200 mesh stainless steel screen to reduce the distortion. try to get a uniform surface. | |||
2- Clean the screen and stencil of the paste residues using SW100 | 2- Clean the screen and stencil of the paste residues using SW100 | ||
| Line 32: | Line 37: | ||
4- Curing for 1 - 2h 30min. at 150 - 165 degrees Celsius.(Contact the company for IR-curing) | 4- Curing for 1 - 2h 30min. at 150 - 165 degrees Celsius.(Contact the company for IR-curing) | ||
; After Processing Measurements: | |||
Measure the resistors again after processing and summarize the result in table or figure. | |||
[[Neutron_TGEM_Detector_Abdel#7.2F31.2F2009]] | [[Neutron_TGEM_Detector_Abdel#7.2F31.2F2009]] | ||
Revision as of 03:29, 27 October 2009
Safety Conditions
Before open the paste please read SDS File:ED7100 OSHA MSDS.pdf for the paste. Be sure that the following are available:
- Ventilation
Working with paste is highly recommended under a good ventilation area, the hood is a good environment for work.
- Poor Ventilation area
Wear a well fitted NIOSH approved or industrial type canister mask.
- Paste Splashing
1- Gloves,goggles.
2- suitable protection clothes.
3- sack of sand or absorber for cleaning the area.
Technical procedure
- Aim
ED7100 paste thickness effect on the electrical resistance of copper based material.
- a- Look at the safety conditions before using the paste.
- b- Equipment And Tools
55 to 77T polyester mesh, 200 mesh stainless steel screen, ER7 reducer, SW100, Oven, Multimeter, different shapes of Copper ( mainly 10X10 plate, wires), power supply, A pair of scissors, pliers, micrometer.
- c- Before Processing Measurements
Measure the values of the resistors of each copper shape (if possible)using the multimeter or the multimeter and the power supply.
- d- Paste Processing
1- Printing the paste using 55 to 77T polyester mesh. For tight resistances tolerance use 200 mesh stainless steel screen to reduce the distortion. try to get a uniform surface.
2- Clean the screen and stencil of the paste residues using SW100
3-Let the paste dry, recommended drying conditions are in the table below:
4- Curing for 1 - 2h 30min. at 150 - 165 degrees Celsius.(Contact the company for IR-curing)
- After Processing Measurements
Measure the resistors again after processing and summarize the result in table or figure.