TRIGGER CURE? 960 A/B - Blaze Technology Pte Ltd.
TRIGGER CURE? 960 A/B - Blaze Technology Pte Ltd.
TRIGGER CURE? 960 A/B - Blaze Technology Pte Ltd.
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BLAZE TECHNOLOGY PTE LTD<br />
<strong>TRIGGER</strong> <strong>CURE</strong> ® ADHESIVE<br />
Product Data Sheet<br />
<strong>TRIGGER</strong> <strong>CURE</strong> ® 9-20675 A/B<br />
UV, 2-PART POTTING COMPOUND FOR RADIOFREQUENCY CIRCUITS<br />
• UV <strong>CURE</strong> AND 2-PART (A+B MIX) FOR SHADOW <strong>CURE</strong><br />
• LOW STRESS, LOW SHRINK<br />
• NO EXOTHERM<br />
• CAPABLE OF POTTING LARGE CAVITIES (1/2 LITER+)<br />
• MINIMAL INTERFERENCE WITH RADIOFREQUENCY ANTENAS<br />
DESCRIPTION<br />
Trigger Cure 9-20675 A/B is a two-part, dual cure, dual hardness potting compound. Trigger Cure 9-20675 A/B cures using Dymax’s patented<br />
2-part mix + UV/Visible cure technology. Material cures in seconds upon exposure to UV or Visible curing lamps forming a rigid, protective<br />
outer layer. Those areas not exposed to UV light (“shadowed areas”) polymerize like a traditional 2-part potting compound. The chemical cure<br />
results in a softer, lower stress, inner layer. 9-20675 bonds PVC, polycarbonate, urethane, PET, PBT, and PETG as well as many other<br />
materials. Trigger Cure 9-20675 was designed to provide minimal interference with radio frequency circuits both before and after<br />
polymerization over that of standard urethane and epoxy UV technologies.<br />
UV Light<br />
Cured Resin<br />
Cavity Filled with<br />
Trigger Cure 9-20675<br />
Potted<br />
Object<br />
Area Cured by Light - Typically 0.25”<br />
Durometer Hardness = D65<br />
Area Cured by 2-Part Chemistry<br />
Durometer Hardness = 00-60<br />
TYPICAL UN<strong>CURE</strong>D PROPERTIES (not specifications)<br />
Part A<br />
Part B<br />
Composition (Meth)acrylated Resin (Meth)acrylated Resin<br />
Solvent Contents None None<br />
Flash Point >93°C (200°F) >93°C (200°F)<br />
Toxicity Low Low<br />
Appearance Pink Amber<br />
Viscosity (nominal) 500 cP 500 cP ASTM D-1084<br />
Pot-Life (20 g, A+B)<br />
Solubility<br />
20 minutes to first signs of gel<br />
Alcohols/Ketones/Chlorinated Solvents<br />
TYPICAL <strong>CURE</strong>D PROPERTIES (not specifications)<br />
UV depth of cure<br />
0.25 inch<br />
Chemical depth of cure<br />
unlimited<br />
Durometer Hardness (UV only) D65 ASTM D-2240<br />
Durometer Hardness (A+B only) 00-60 ASTM D-2240<br />
Elongation at Break 20% ASTM D-638<br />
Tensile at Break 1,000 psi ASTM D-638<br />
Modulus of Elasticity 23,500 psi ASTM D-638<br />
Water Absorption (24 h) 0.1% ASTM D-570<br />
Boiling Water Absorption (2 h) 0.3% ASTM D-570<br />
DYMAX CORPORATION * 51 GREENWOODS ROAD * TORRINGTON, CT 06790 * TEL: 860-482-1010 * FAX: 860-496-0608<br />
DYMAX EUROPE GMBH * TRAKEHNER STRASSE 3 * D-60487 FRANKFURT a.M. GERMANY * TEL: 49-69-7165-3568 * FAX: 49-69-7165-3830<br />
Dymax, Light Weld, Light-Welder, Ultra Light-Weld and Multi-Cure are registered trademarks of Dymax Corporation<br />
DYMAX USA E-Mail: info@dymaxcorp.com * Internet: http:\\www.dymax.com * DYMAX EUROPE E-Mail: dymaxinfo@dymax.de<br />
For Local Support Singapore 65 6270 2188 Malaysia 60 4390 5882 Thailand 66 2361 2926 Email sales@blazeasia.com www.blazeasia.com
BLAZE TECHNOLOGY PTE LTD<br />
<strong>TRIGGER</strong> <strong>CURE</strong> ® ADHESIVE<br />
Product Data Sheet<br />
9-20675 A/B 1/24/2003<br />
<strong>CURE</strong> DATA - Using 365 nm wavelength UV light [1] :<br />
Cure Time Intensity [2] Dymax Light- Welder ®<br />
(seconds) mW/cm 2 Lamps<br />
UV Cure (0.25 inch deep) 15 100 5000-EC<br />
Tack free UV Cure 15 100 5000-EC<br />
Room Temperature Shadow Cure (After UV Cure)<br />
9-20675 A/B gels in shadowed areas at room temperature within 3 hours following UV cure. Actual pot-life and gel-time can vary depending<br />
on temperature and mass of material. Optimum properties are obtained within 72 hours. Because oxygen inhibits the 2-part chemical Trigger<br />
Cure mechanism, it is important to UV cure all air exposed surface areas. Heating is not recommended to accelerate the 2-part chemical<br />
cure.<br />
DISPENSING AND HANDLING ADHESIVE<br />
Parts A and B should be mixed without air entrapment prior to use. Parts A and B should be dispensed in a ratio of 1:1 and thoroughly mixed<br />
prior to application. 9-20675 should be applied and UV cured within 10 minutes after mixing. Trigger Cure systems can be dispensed by PVA<br />
equipment or equivalent. If machine remains idle for longer than the pot-life, mixing tip should be changed. If machine remains idle for longer<br />
than 12 hours, parts A and B should be disconnected from dispensing machine and purged from lines to prevent premature gelation or<br />
contamination.<br />
Repeated or continuous skin contact may cause sensitization and should be avoided. Do not wear jewelry. The use of barrier hand cream is<br />
recommended. Do not wear absorbent gloves. Adhesive may be removed with hand soap and water. Avoid eye contact. See CAUTION<br />
below. Wipe excess adhesive with paper towels; remove residue with chlorinated solvents, methanol, ethanol, or isopropanol. Direct<br />
questions relating to dispensing and curing systems for specific applications to Dymax Technical Representatives at (860) 482-1010.<br />
STORAGE AND SHELF LIFE<br />
Store material in cool, dark place when not in use. Do not expose to UV light source or sunlight. Material may polymerize upon prolonged<br />
exposure to ambient light. Replace lids immediately after use. Shelf-life is six-months when stored below 90ºF in the original, unopened<br />
container.<br />
CAUTION<br />
For industrial use only. Avoid breathing vapors. Avoid contact with eyes and clothing. In case of contact, immediately flush with water for at<br />
least 15 minutes; for eyes, get medical attention. Wash clothing before reuse. Keep out of reach of children. Do not take internally. If<br />
swallowed, vomiting should be induced at once and a physician called. For specific information, refer to the product Material Safety Data<br />
Sheet before use.<br />
NOTES<br />
[1] Use of lamps that emit high levels of shortwave light (for example, more than 15% 200-300 nanometer UV light) are not recommended.<br />
[2] Nominal intensity taken at a pre-determined distance. This reading does not reflect the maximum intensity capabilities emitted from each unit.<br />
© 2003Dymax Corporation<br />
The data contained in this bulletin is of a general nature and is based on laboratory test conditions. Dymax does not warrant the data contained in this bulletin. Any warranty applicable to the product, its application<br />
and use is strictly limited to that contained in Dymax’s standard Conditions of Sale. Dymax does not assume responsibility for test or performance results obtained by users. It is the user’s responsibility to<br />
determine the suitability for the product application and purposes and the suitability for use in the user’s intended manufacturing apparatus and methods. The user should adopt such precautions and use guidelines<br />
as may be reasonably advisable or necessary for the protection of property and persons. Nothing in this bulletin shall act as a representation that the product use or application will not infringe a patent owned by<br />
someone other than Dymax or act as a grant of a license under any Dymax Corporation Patent. Dymax recommends that each user adequately test its proposed use and application before actual repetitive use,<br />
using the data contained in this bulletin as a general guide.<br />
Created 8/26/02<br />
DYMAX CORPORATION * 51 GREENWOODS ROAD * TORRINGTON, CT 06790 * TEL: 860-482-1010 * FAX: 860-496-0608<br />
DYMAX EUROPE GMBH * TRAKEHNER STRASSE 3 * D-60487 FRANKFURT a.M. GERMANY * TEL: 49-69-7165-3568 * FAX: 49-69-7165-3830<br />
Dymax, Light Weld, Light-Welder, Ultra Light-Weld and Multi-Cure are registered trademarks of Dymax Corporation<br />
DYMAX USA E-Mail: info@dymaxcorp.com * Internet: http:\\www.dymax.com * DYMAX EUROPE E-Mail: dymaxinfo@dymax.de<br />
For Local Support Singapore 65 6270 2188 Malaysia 60 4390 5882 Thailand 66 2361 2926 Email sales@blazeasia.com www.blazeasia.com
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