Impact Modifiers

WHAT ARE IMPACT MODIFIERS?

Impact modifiers are key polymeric additives to improve the toughness of various plastic resins. Supported by our unique polymerization core-shell technology and our market-oriented research & development, we can offer manufacturers an optimized range of Kane Ace™ impact modifiers for a wide variety of applications.

Impact Modifiers for PVC Applications

Two Kaneka product ranges have become standard-setting PVC modifiers: The Kane Ace™ acrylic impact modifiers are used as additives for rigid plastics — particularly for PVC outdoor products exposed to weather conditions and heat, such as UV rays. They provide a remarkable combination of impact performance, gloss properties, and excellent weatherability, resulting in an outstanding cost-performance ratio. The optimized Kane Ace™ MBS impact modifier range is tailor-made for the specific needs of rigid and semi-rigid indoor PVC applications. Their intended function is to combine extreme impact resistance and clear packaging.  

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Impact Modifiers for Engineering Plastics

Kaneka’s line of specialty engineered impact modifiers is uniquely designed to meet the demanding physical properties required for technical applications. Our unique process ensures the production of consistently high-quality Kane Ace™ core-shell impact modifiers for use in engineering thermoplastic matrices, such as polycarbonate and blends, polyesters, polyamides, and polyacrylates. They impart excellent ambient and low-temperature impact resistance with good retention of heat distortion. The modifiers are used in automotive, E&E, packaging and building applications.

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Impact Modifiers for Epoxy Resins

Kaneka embarked on an extended Kane Ace™ program that resulted in the development of Kane Ace™ MX, a revolutionary liquid core-shell impact modifier. Utilizing innovative techniques, Kane Ace™ MX achieves highly improved strength and endurance without losing the heat resistant characteristics of epoxy and other thermoset resins.  It is highly suitable for applications that require lightweight, collision safety, and other features. 

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