Lushan Solar EVA Film Lamination, Low Temperature Ultra Fast Cure

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Lushan Solar EVA Film Lamination, Low Temperature Ultra Fast Cure
Categories:	Polymer; Film; Thermoplastic; Ethylene Vinyl Acetate; Ethylene Vinyl Acetate Copolymer (EVA), Film Grade
Material Notes:	EVA film for encapsulating solar module Lushan series with ultra fast cure characteristic is used as encapsulate materials for photovoltaic industry. With Innovative technology, Lushan ultra fast cure solar EVA film has developed to be a stable, high properties, and reputable products, and widely used in China and overseas market. Lushan ultra fast cure solar EVA film has very good processing properties that helps PV module manufactures with the most effective production way and save the cost as much as possible. Information provided by Lushan
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Processing Properties	Metric	English	Comments

Gel Time	0.000 min @Temperature 136 °C	0.000 min @Temperature 277 °F	0% Gel content
	0.000 min @Temperature 138 °C	0.000 min @Temperature 280 °F	0% Gel content
	0.000 min @Temperature 140 °C	0.000 min @Temperature 284 °F	4.42% Gel content
	0.000 min @Temperature 143 °C	0.000 min @Temperature 289 °F	47.33% Gel content
	0.000 min @Temperature 145 °C	0.000 min @Temperature 293 °F	51.3% Gel content
	2.00 min @Temperature 136 °C	2.00 min @Temperature 277 °F	15.17% Gel content
	2.00 min @Temperature 138 °C	2.00 min @Temperature 280 °F	27.49% Gel content
	2.00 min @Temperature 140 °C	2.00 min @Temperature 284 °F	37.24% Gel content
	2.00 min @Temperature 143 °C	2.00 min @Temperature 289 °F	74.31% Gel content
	2.00 min @Temperature 145 °C	2.00 min @Temperature 293 °F	80.43% Gel content
	4.00 min @Temperature 136 °C	4.00 min @Temperature 277 °F	53.78% Gel content
	4.00 min @Temperature 138 °C	4.00 min @Temperature 280 °F	70..21% Gel content
	4.00 min @Temperature 140 °C	4.00 min @Temperature 284 °F	71.67% Gel content
	4.00 min @Temperature 143 °C	4.00 min @Temperature 289 °F	82.43% Gel content
	4.00 min @Temperature 145 °C	4.00 min @Temperature 293 °F	85.67% Gel content
	6.00 min @Temperature 136 °C	6.00 min @Temperature 277 °F	74.06% Gel content
	6.00 min @Temperature 138 °C	6.00 min @Temperature 280 °F	79.24% Gel content
	6.00 min @Temperature 140 °C	6.00 min @Temperature 284 °F	83.45% Gel content
	6.00 min @Temperature 143 °C	6.00 min @Temperature 289 °F	85.68% Gel content
	6.00 min @Temperature 145 °C	6.00 min @Temperature 293 °F	88.61% Gel content
	8.00 min @Temperature 136 °C	8.00 min @Temperature 277 °F	80.39% Gel content
	8.00 min @Temperature 138 °C	8.00 min @Temperature 280 °F	83.56% Gel content
	8.00 min @Temperature 140 °C	8.00 min @Temperature 284 °F	84.78% Gel content
	8.00 min @Temperature 143 °C	8.00 min @Temperature 289 °F	87.59% Gel content
	8.00 min @Temperature 145 °C	8.00 min @Temperature 293 °F	89.23% Gel content
	10.0 min @Temperature 136 °C	10.0 min @Temperature 277 °F	82.79% Gel content
	10.0 min @Temperature 138 °C	10.0 min @Temperature 280 °F	87.03% Gel content
	10.0 min @Temperature 140 °C	10.0 min @Temperature 284 °F	86.21% Gel content
	10.0 min @Temperature 143 °C	10.0 min @Temperature 289 °F	89.93% Gel content
	10.0 min @Temperature 145 °C	10.0 min @Temperature 293 °F	90.34% Gel content

Some of the values displayed above may have been converted from their original units and/or rounded in order to display the information in a consistent format. Users requiring more precise data for scientific or engineering calculations can click on the property value to see the original value as well as raw conversions to equivalent units. We advise that you only use the original value or one of its raw conversions in your calculations to minimize rounding error. We also ask that you refer to MatWeb's terms of use regarding this information. Click here to view all the property values for this datasheet as they were originally entered into MatWeb.

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