Optimal Grades for PC/ABS Alloys

Asahi Kasei's synthetic rubbers offer grades with reduced metal residue, ideal for PC/ABS alloys. They prevent PC degradation and achieve impact-resistant alloys.

Optimal Grades for PC/ABS Alloys

Achieving Impact-Resistant PC/ABS Alloys with Reduced Metal Residue

Asahi Kasei's synthetic rubbers offer grades with reduced metal residue derived from raw materials. They prevent polycarbonate (PC) degradation and achieve impact-resistant alloys.

View Case Studies on PC/ABS Alloy Applications

Overview of Optimal Grades for PC/ABS Alloys

Features

Reduced metal residue derived from raw materials

High-quality product with minimal impurities and gels

Achieves impact-resistant PC/ABS alloys

Typical Applications and Usage

Automotive interiors

Physical Property Table of Optimal Grades for PC/ABS Alloys

Grade Name Mooney Viscosity
(ML1+4, 100°C)		 Bound Styrene
(Weight%)		 Vinyl Content
(mol% in BD)		 Solution Viscosity
(mPa/s) (*1)
ASAPRENE™ 615A 60 21 16 9.5

*1) 5% Styrene solution viscosity (25°C), cP＝1.00×10-3Pa s  

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Applications

Asahi Kasei's synthetic rubbers are active in various applications, such as footwear outsoles and raw materials for HIPS and ABS. Discover how they are utilized in each application.

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Applications