1510 Resin Guidelines and Handling Procedures - TenCate
1510 Resin Guidelines and Handling Procedures - TenCate
1510 Resin Guidelines and Handling Procedures - TenCate
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TENCATE ADVANCED COMPOSITES USA, INC.<br />
Aerospace – Armor<br />
Cyanate Ester EX- <strong>1510</strong> <strong>Resin</strong><br />
<strong>Guidelines</strong> <strong>and</strong> H<strong>and</strong>ling <strong>Procedures</strong><br />
The following guidelines are provided to our customers to assure that all customers are<br />
aware of how to attain the best possible results from <strong>TenCate</strong> Advanced Composites’<br />
Cyanate Ester products. This resin system will provide sound composite hardware <strong>and</strong><br />
structures if some simple procedures are followed. Keep in mind that these procedures<br />
are recommended practices <strong>and</strong> should be refined for specific applications as required.<br />
Storage Conditions <strong>and</strong> Shelf Life<br />
Part A: Store Part A at room temperature. The shelf life of Part A is twelve months.<br />
Part B: Store Part B at room temperature. The shelf life of Part B is twelve months.<br />
Crystallization: Part A has the potential to crystallize during storage depending on<br />
storage conditions. If this occurs, Part A should be heated, at 150°F maximum, until the<br />
material becomes de-crystallized. Multiple de-crystallization cycles (at 150°F) have not<br />
shown any decrease in the room temperature shelf life of Part A. The de-crystallization<br />
temperature (150°F) is well below the temperature required to trimerize (cure) the uncatalyzed<br />
cyanate ester resin.<br />
Moisture Absorption <strong>and</strong> Sensitivity<br />
While very resistant to moisture absorption after cure, Cyanate Esters can be adversely<br />
affected by moisture uptake prior to cure. For this reason, all materials must be at room<br />
temperature prior to opening the sealed container to avoid condensation on the<br />
material. Cyanate Ester materials should always be sealed from moisture during<br />
storage.<br />
Mixing<br />
The mix ratio of EX-<strong>1510</strong> is 100 Part A to 3 Part B by weight.<br />
Put the correct amount of Part A in the mix vessel first. Add Part B <strong>and</strong> mix using a high<br />
speed dispersion mixer. Mix for five minutes, stop <strong>and</strong> spatula the walls <strong>and</strong> bottom of<br />
mix vessel, then mix an additional five minutes.<br />
18410 Butterfield Blvd. Tel 408 776 0700 ISO 9001<br />
Morgan Hill, CA 95037 Fax 408 776 0107 AS 9100<br />
USA www.tencate.com Registered
TENCATE ADVANCED COMPOSITES USA, INC.<br />
Aerospace – Armor<br />
Page 2 of 2<br />
Mixed Pot Life<br />
The mixed resin shall have a pot life of four hours minimum at 77°F. The pot life is the<br />
length of time a 150 gram mass of resin can be stored at a given temperature before<br />
doubling in viscosity. Any mass over 150 grams should have the temperature<br />
monitored after mixing <strong>and</strong> should have the appropriate safety procedures followed if<br />
the resin temperature increases by 30°F over room temperature.<br />
Safety <strong>Procedures</strong><br />
Any amount of mixed resin that will not be used within the pot life should be disposed of<br />
quickly <strong>and</strong> safely. One method of disposal is to cure the resin into a thin layer in a large<br />
container. The thickness of the resin should be less than 0.1 inches to minimize the<br />
exothermic reaction during cure. Specific resin disposal procedures should be<br />
developed for your application with the appropriate safety procedures <strong>and</strong>/or<br />
organizations involved.<br />
18410 Butterfield Blvd. Tel 408 776 0700 ISO 9001<br />
Morgan Hill, CA 95037 Fax 408 776 0107 AS 9100<br />
USA www.tencate.com Registered