AMTECH MANUFACTURING LLC
Sn10/Pb88/Ag2 (T3) no-clean high-temp solder paste (ROL0) - 500g jar
Sn10/Pb88/Ag2 (T3) no-clean high-temp solder paste (ROL0) - 500g jar
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– ROL0 flux classification
– Exceptional print definition at high printing speeds up to 100mm/sec
– Long stencil life
– Wide process window
– Clear residue
– Low voiding
– Excellent wetting compatibility on most board finishes
– Compatible with enclosed print heads
– Compatible with high temperature alloys (221-300°C)
– Print & Dispense grade solder paste available
Printer Operation
The following are general guidelines for stencil printer optimization. Some adjustments may be necessary based on custom requirements
Print Speed: 25-100 mm/sec
Squeegee Pressure: 70-250g/cm of blade
Under Stencil Wipe: Once every 10-25 prints, or as necessary
Powder Distribution
| Micron Size | Type | Pitch Requirements |
| 45 - 75μ | Type-2 | 24 mil and above |
| 25 - 45μ | Type-3 | 16 - 24 mil |
| 20 - 38μ | Type-4 | 12 - 16 mil |
| 15 - 25μ | Type-5 | 8 - 12 mil |
| 5 - 15μ | Type-6 | 5 - 8 mil |
| 2 - 11μ | Type-7 | < 5 mil |
Note: Type-6 and Type-7 may not be available in certain alloys. Other powder distributions are available on request.
Stencil Life
>12 hours @ 30-45% RH and 20-25°C
~4 hours @ 45-75% RH and 20-25°C
Cleaning
No-clean ROL0 solder paste can be left on the board for many SMT assemblies. For applications requiring cleaning, paste can be cleaned using commercially available flux residue removers.
Storage
Solder paste should be stored between 3-8°C (37-46°F) to obtain the maximum refrigerated shelf life of twelve months. Unopened solder paste stored at room temperature, 25°C (77°F) will have a one month shelf life. Syringes and cartridges should be stored vertically in the refrigerator with the dispensing tip down.
Allow 4-8 hours for solder paste to reach optimal operating temperature of 20-25°C (68-77°F). Keep the solder paste container sealed while warming the solder paste to operating temperature.
NEVER FREEZE SOLDER PASTE!
Safety Notice
This product is designed for professional audience. Information contained herein is based on technical data that we believe to be reliable and is intended for use by persons having technical skill, at their own risk. Consumers should make their own tests to determine the suitability of each product for their particular process. Manufacturer or distributors will assume no liability for results obtained or damages incurred through the application of the data presented.
