Engineered to surpass the limitations of conventional thermoplastic elastomers, these specialty modified TPE compounds are developed for demanding functional requirements and high-performance overmolding onto dissimilar engineering plastics.

TOP-PELLET® Specialty TPE Compounds for Antistatic Electronics and High-Performance Overmolding onto Dissimilar Engineering Plastics.

TOP-PELLET® Specialty TPE Compounds for Antistatic Electronics and High-Performance Overmolding onto Dissimilar Engineering Plastics.

Specialty TPE Compounds

Engineered to surpass the limitations of conventional thermoplastic elastomers, these specialty modified TPE compounds are developed for demanding functional requirements and high-performance overmolding onto dissimilar engineering plastics.

The TOP-PELLET® Specialty TPE Compound Series is a family of advanced functional thermoplastic elastomer compounds engineered to meet the demands of specialized operating environments and stringent mechanical performance requirements. This category includes both antistatic and electrically conductive compounds with electrostatic discharge (ESD) capabilities, as well as high-performance overmolding compounds specifically developed for challenging engineering plastics such as polyamide (PA), polycarbonate (PC), and ABS.


Through advanced molecular design and proprietary compound modification technologies, the TOP-PELLET® Specialty Series extends the performance boundaries of conventional TPE materials. These compounds are widely used in high-precision cleanroom equipment, explosion-proof industrial components, electronic enclosures and packaging, as well as premium automotive, power tool, and wearable device applications requiring reliable overmolding or co-extrusion with dissimilar engineering plastics. The series provides an ideal material solution for structurally complex, function-driven product designs where exceptional bonding performance and advanced functionality are essential.

Available Product Platforms
  • Antistatic & Electrically Conductive Series: Engineered with stable, customizable surface resistivity for electronics protection, explosion-proof equipment, and ESD packaging applications.
  • High-Performance Overmolding Series: Specifically developed for superior adhesion to engineering plastics including polyamide (PA6/PA66), polycarbonate (PC), ABS, and PC/ABS, delivering exceptional peel strength.
  • Core Performance Advantages: Customizable electrical resistivity, molecular-level interfacial grafting technology for dissimilar substrates, and outstanding scratch resistance and chemical resistance.

Specialty TPE Compounds

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Antistatic and Electrically Conductive TPE Modification Services - TOP-PELLET® Specialty Modification Technology for Antistatic and Electrically Conductive TPE with Stable Surface Resistivity
Antistatic and Electrically Conductive TPE Modification Services

The TOP-PELLET® Antistatic and Electrically Conductive Modification Technology is engineered...

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High-Performance TPE Compounds for Overmolding onto Dissimilar Engineering Plastics - TOP-PELLET® Advanced Overmolding Technology: Achieving Molecular-Level Bonding Between TPE and Polyamide (PA) as Well as Polar Engineering Plastics
High-Performance TPE Compounds for Overmolding onto Dissimilar Engineering Plastics

The TOP-PELLET® High-Performance Overmolding Compound Series is specifically engineered...

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Specialty TPE Compounds: Material Selection and Custom Development Support

Explore DING JI POLYMER's Specialty TPE Compounds to evaluate material options for your product and manufacturing requirements. Review the available grades, processing information and application details in this category. Selection considerations include target hardness, mechanical properties, surface characteristics and operating conditions. Processing suitability and functional properties vary by formulation, so confirm the selected grade against your application specifications.

When standard materials do not meet your requirements, DING JI offers custom TPE formulation development and OEM manufacturing support. Our team can assess your processing method, performance targets and production challenges to identify suitable formulation adjustments. Development support includes small-batch trials, material characterization and physical property testing. Share your application, existing material specifications and required improvements to discuss a TOP-PELLET® material or custom development project.