|
|||||||||||||||||||||||||||||||||||||||||
|
Site Navigation Asahi Solder DTI Hand Tools Electrolube Formit Hakko Kinsten Light Emitting Diodes MeanWell SMPS Module Motech Test Multicore Quick-Mark Clearance |
Multicore No Clean
|
||||||||||||||||||||||||||||||||||||||||
| Faster and increased solder absorption | Heat stable coating |
| Wound on static dissipative spools | Vacuum packed |
| PCBs will meet MIL-P-288009A Cleanliness Test without cleaning |
Excellent shelf life |
| Negligible residues which are non-corrosive, clear and non-hygroscopic |
Available in convenient 1.5m spools and economical 30m spools |
| DESCRIPTION | PACKAGING | |||||||||||||||
| A new No Clean Desoldering Wick designed for static-free desoldering and repair of PC boards without the need for subsequent cleaning. Multicore No Clean Wick uses a special halide-free vacuumised no-clean, flux-coated copper braid designed to improve wicking. It will not lose its efficiency even after prolonged storage in humid conditions. The wick remains flexible and will not flake. PC boards meet MIL-P-28809A Cleanliness Test without cleaning. Multicore No Clean Wick is available in four sizes. Each size has colour coded packaging for easy identification and is supplied on 1.5m or 30m static dissipative spools meeting DOD standards. |
Multicore No Clean Wick is supplied in static dissipative plastic spools. This provides convenient application and protects the user from heat. Packaged ten static dissipative spools per vacuum packed sleeve.
|
|||||||||||||||
| APPLICATION | SHELF LIFE | |||||||||||||||
| Lay Multicore No Clean Wick over the solder requiring removal and place the soldering iron tip on top of the copper braid. The braid and solder beneath will gradually heat until the solder melts and is absorbed into the braid by capillary action. Remove the braid, cut off the solder-filled length and dispose of lead contaminated copper properly. Sudden heat shock, which may be produced when using a preheated vacuum desoldering tool, is prevented since the braid is cold when it first comes into contact with the joint to be desoldered. |
Due to the nature of the Xersin 2005 flux coating, Multicore No Clean Wick does not lose its efficiency even after prolonged storage in humid conditions, whereas conventional rosin coated wicks may lose their efficiency under such conditions. | |||||||||||||||
| SPECIAL PROPERTIES | HEALTH & SAFETY | |||||||||||||||
| Multicore No Clean Wick is supplied on static dissipative spools conforming to both (DOD) Standard 1686 and DOD Handbook 263 for static discharge protection and meets the decay rate provision of MIL-B-81705B. Specially processed copper braid is coated with a reduced volume of time tested Xersin 2005 halide free synthetic resin, so that the quantity of residue after use is significantly less than with conventional desoldering wick. Xersin 2005 meets Bellcore TR-TSY 000078 issue 2, ANSI/IPC SF-818 and is rated IPC-LR3CN. PCBs will pass the MIL-P-28809A Cleanliness Test without cleaning, provided a No Clean flux and a clean system and components are used. PCBs will also pass this test if they have been cleaned after the soldering operation, provided they have been reworked using a No Clean flux in a clean environment. |
WARNING: The following information is for guidance only and users must refer to the Material Safety Data Sheet relevant to Multicore No Clean Desoldering Wick before use.
Fume Hazards and Precautions: The fumes evolved during use may irritate the nose and respiratory organs of some sensitive subjects. Avoid excessive inhalation of the fumes. Suitable fume extraction equipment should be used to extract fumes away from the operators. When used at normal soldering temperatures the amount of lead fume given off is negligible. Protection and Hygiene: Eating, drinking and smoking should not be permitted in the working area. Hands should be washed with soap and warm water after handling this product, especially before eating. Waste Disposal: Waste material should be disposed of in accordance with local regulations. |
|||||||||||||||
| This data Is based on Information believed to be reliable and is offered in good faith. but MULTICORE MAKES NO WARRANTIES EITHER EXPRESS OR IMPLIED AS TO ITS ACCURACY AND ASSUMES NO LIABILITIES ARISING OUT OF ITS USE BY OTHERS as conditions and methods of use of the products are beyond MULTICORE'S control. The prospective user should determine the suitability of the product before using it on a commercial scale MULTICORE warrants only that the product will conform to its physical descriptions. MULTICORE MAKES NO OTHER WARRANTIES EXPRESS OR IMPLIED AND EXPRESSLY DISCLAIMS ANY IMPLIED WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE IN NO EVENT SHALL MULTICORE BE RESPONSIBLE FOR SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES. WHETHER THE CLAIM IS IN CONTRACT, NEGLIGENCE OR OTHERWISE. | ||||||||||||||||
| Order Code | ex GST |
|---|
Prices do not include GST. 10% GST applies to goods delivered in Australia.
Australian GST is not paid on shipments despatched to an international destination.
Prices are in Australian Dollars and subject to change without notice.
Sales are subject to Computronics General Terms and Conditions of Sale
E.& O.E.
Due to continuing product improvement efforts, specifications and appearance are subject to change without notice.
All mains powered equipment supplied by Computronics operates from 240Vac, 50Hz supply unless otherwise specified.
To place an order, select the order quantity and click the ADD button.
Add items from other pages - if required.
When all items have been added, click a View Cart link to edit your order
and continue to the secure order page.
If ADD buttons are not visible, then Java might not be installed or enabled.
Java can be downloaded from the GET JAVA site.
Java and SSL must be enabled for the shopping cart to operate.