Products | Kian Green Up
Recycled-Based Engineering Thermoplastic Compounds
Upcycling waste for enhanced properties
Our Services
At Kian Green Up, we specialize in producing recycled based engineering thermoplastic compounds that are enhanced for optimal performance. Our end-to-end systems ensure that our products are of the highest quality and meet the needs of our clients.
Polymer Collection
We source our waste material from a variety of industries and locations. Our team carefully selects, analyzes, and sorts the materials to ensure that only the best quality polymers are used in our compounds.
Sustainable Compounding
We use state-of-the-art technology and processes to compound our recycled materials. Our team of experts ensures that the properties of the materials are enhanced to meet the specific needs of our clients.
Product Development
We work closely with our clients to develop custom compounds that meet their specific requirements. Our team of engineers and technicians are dedicated to creating innovative solutions that are sustainable, high-performing, and cost-effective.
Upcycling Solutions
We are pioneers in the art of upcycling plastics to unlock their full potential. Through our cutting-edge upcycling techniques, we transform discarded plastic waste into superior-grade engineering thermoplastic compounds with enhanced properties.
Our Materials
We specialize in engineering thermoplastic compounds using a variety of sources ofmaterials.
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Nylone 66 (PA 66)
With its excellent heat resistance and outstanding durability, Polyamide 66 is a top-notch engineering thermoplastic favored in critical engineering applications such as industrial machinery and electrical connectors.
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Glass filled PA6 & PA66 compounds
Reinforced with high-quality glass fibers, our glass-filled Polyamide exhibits superior stiffness, dimensional stability, and enhanced mechanical properties, making it a top contender for demanding structural applications in various industries.
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Impact modified PA compounds
Our impact-modified Polyamide stands as a tough and resilient material, specially engineered to absorb and disperse impact forces effectively, ensuring long-lasting performance in rugged environments and dynamic applications.