OEM/ODM Custom TPE Compound Development

DING JI POLYMER provides OEM/ODM custom TPE compound development services, delivering professional and reliable material solutions from formulation design and sample validation to stable mass production.

DING JI POLYMER provides OEM/ODM custom TPE compound development services, delivering professional and reliable material solutions from formulation design and sample validation to stable mass production.

OEM/ODM Custom TPE Compound Development

DING JI POLYMER provides OEM / ODM custom TPE compound development services, helping customers transform product concepts into mass production with material solutions tailored to market demands. Based on your product application, processing method, and performance requirements, we provide professional formulation design, material evaluation, sample development, and comprehensive technical support.


Our customization capabilities include material hardness, color, density, processing characteristics, mechanical properties, weather resistance, chemical resistance, and other specialized functional requirements. These custom formulations are engineered for a wide range of processing methods, including injection molding, extrusion, blow molding, and foaming. Supported by a comprehensive R&D process and rigorous quality management, we help customers shorten development cycles, enhance product competitiveness, and achieve stable, consistent mass production.

As a trusted TPE compound partner, DING JI POLYMER provides end-to-end technical support—from material development and sample validation to mass production and long-term supply—helping customers bring innovative products to market faster with confidence.

DING JI POLYMER delivers custom TPE compound solutions

DING JI POLYMER works closely with customers to define product requirements, delivering custom TPE compound solutions through professional technical collaboration and a structured development process tailored to each application’s needs.

Service Highlights
  • Custom Formulation Development: Tailored TPE compound formulations designed to meet your specific product applications, processing methods, and performance requirements.
  • Professional Material Selection: Expert guidance in evaluating hardness, color, processing characteristics, and physical properties to identify the most suitable TPE compound for your application.
  • Sample Development & Validation: Prototype sample production and performance validation services to reduce development risks and accelerate product commercialization.
  • Reliable Mass Production Support: Standardized manufacturing processes and rigorous quality management ensure consistent quality and reliable performance in mass production.
  • Comprehensive Technical Support: Our experienced technical team provides expert guidance on material selection, processing optimization, and product development throughout your project.

OEM/ODM Custom TPE Compound Development | Your TPE Compound Manufacturing and Custom Material Development Partner

DING JI POLYMER develops and manufactures TOP-PELLET® thermoplastic elastomer compounds for industrial components, consumer products and automotive applications. Our material portfolio includes SEBS and SEBS/SBS compounds for injection molding, extrusion, foaming and blow molding, alongside specialty materials for overmolding, antistatic and electrically conductive applications. We help manufacturers evaluate material options according to their processing methods, product specifications and operating conditions.

Our custom material development and OEM manufacturing services support projects from formulation development and small-batch trials to production. Capabilities include hardness adjustment, mechanical property optimization, functional modification, material characterization and physical property testing. Whether you are selecting an existing grade or developing a compound for specialized requirements, our team works with you to assess processing challenges and refine the formulation. Share your application, target properties and manufacturing requirements to discuss a suitable material development approach.