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Study on Epoxy Resin by Nanometer CaCC_3 Modified

Xiaojun Li

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Abstract

The paper introduced epoxy resin modified by active nanometre CaCO_3 based on one-component resin, and to test the properties and study epoxy resin/CaCO_3 nanometre composite by changing the additive amount of nanometre Ca CO_3. The result showed: mechanical property, adhesive property and thermal property of the composite were changed by addition nanometre CaCO_3. While the additive amount was 20%, the synthetical properties of the composite reached the best point. So the active nanometre CaCO_3 could replace the expensive silica to reinforce the materials and reduce the cost.

About this research paper

What this paper is about

The paper introduced epoxy resin modified by active nanometre CaCO_3 based on one-component resin, and to test the properties and study epoxy resin/CaCO_3 nanometre composite by changing the additive amount of nanometre Ca CO_3. The result showed: mechanical property, adhesive property and thermal property of the composite were changed by addition nanometre CaCO_3. While the additive amount was 20%, the synthetical properties of the composite reached the best point. So the active nanometre CaCO_3 could replace the expensive silica to reinforce the materials and reduce the cost.

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Available abstract

The paper introduced epoxy resin modified by active nanometre CaCO_3 based on one-component resin, and to test the properties and study epoxy resin/CaCO_3 nanometre composite by changing the additive amount of nanometre Ca CO_3. The result showed: mechanical property, adhesive property and thermal property of the composite were changed by addition nanometre CaCO_3. While the additive amount was 20%, the synthetical properties of the composite reached the best point. So the active nanometre CaCO_3 could replace the expensive silica to reinforce the materials and reduce the cost.

Key concepts: Nanometre, Epoxy, Materials science, Composite number, Composite material, Adhesive, Thermal stability, Chemical engineering

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