EMERGE™

EMERGE^™ Advanced Resins offer top performance in a well-balanced material. By bringing together the excellent process-ability of polycarbonate (PC) with selected polymers and additives such as ABS, PET, or colorants, EMERGE^™ Advanced Resins deliver compounds and blends with special properties needed for a variety of applications.

The materials can be designed for special performance requirements, including:

• Outstanding toughness and impact strength
• Color and aesthetics
• Chemical resistance
• Better processability
• Improved ignition resistance (including halogen-free, chlorine-free, and bromine-free options)
• UV stability
• Improved mold release
• Improved thermal stability
• Recyclability
• Design flexibility
• Cost-effectiveness

Made to fit diverse requirements, EMERGE^™ Advanced Resins are used in many industries and markets, including consumer electronics, electrical, lighting, medical devices, and home appliances.

Electronics

EMERGE^™ Advanced Resins are specifically designed to help develop solutions that deliver maximum end-use performance over the full range of electronics applications – including TVs, printers, laptops, and handheld devices.

EMERGE^™ Advanced Resins comply with international environmental standards, allowing product solutions to be applied worldwide. Some ignition-resistant grades of EMERGE^™ Advanced Resins are also halogen-free and comply with global environmental label requirements.

Medical Equipment Housings

Today’s medical equipment housings demand materials that deliver a unique combination of advanced properties, including toughness for enhanced product life, compliance with UL standards for powered devices, excellent visual appearance, and chemical resistance. Medical grades of EMERGE^™ Advanced Resins bring together various polymers and additives to meet the most critical needs. Polymers in our 7600 Series and 7700 Series of EMERGE^™ Advanced Resins have undergone ISO 10993, Parts 5 and 10 biocompatibility testing (cytotoxicity, delayed contact sensitization, and intracutaneous toxicity).