Antistatic and Electrically Conductive TPE Modification Services | TPE Material Grades | SEBS Compounds for Molding, Extrusion & Foaming | DING JI
The TOP-PELLET® Antistatic and Electrically Conductive Modification Technology is engineered to impart precise electrostatic dissipation and conductive performance to conventional TPE compounds. Leveraging advanced nanoscale conductive filler dispersion technology, we tailor each formulation to customers’ specific processing methods—including injection molding, extrusion, and blow molding—while preserving the original elasticity, tensile strength, and scratch resistance of the base material. The result is long-term, stable control of surface resistivity across a wide range of demanding applications. Unlike conventional antistatic additives that are susceptible to humidity and performance degradation caused by additive migration, TOP-PELLET® provides permanent, reliable electrostatic performance through advanced compound modification. Surface resistivity can be precisely customized to meet application-specific requirements, making these compounds ideal for high-precision cleanroom equipment, explosion-proof industrial components, ESD packaging, handheld electronic device housings, and conductive sealing profiles. The technology delivers dependable protection against electrostatic discharge (ESD) for sensitive electronic components in mission-critical environments. Established in 2010, DING JI POLYMER CO., LTD. specializes in the development and manufacturing of TPE / TPR compounds. We provide custom formulation, material modification and mass production solutions for injection molding, extrusion, blow molding, foaming and specialty applications. With reliable quality management and OEM / ODM development capabilities, DING JI supports customers in industrial, automotive and consumer markets, serving as a trusted TPE compound manufacturer and material development partner worldwide.
Antistatic and Electrically Conductive TPE Modification Services
Custom Antistatic and Electrically Conductive TPE Compounds
The TOP-PELLET® Antistatic and Electrically Conductive Modification Technology is engineered to impart precise electrostatic dissipation and conductive performance to conventional TPE compounds. Leveraging advanced nanoscale conductive filler dispersion technology, we tailor each formulation to customers’ specific processing methods—including injection molding, extrusion, and blow molding—while preserving the original elasticity, tensile strength, and scratch resistance of the base material. The result is long-term, stable control of surface resistivity across a wide range of demanding applications.
Unlike conventional antistatic additives that are susceptible to humidity and performance degradation caused by additive migration, TOP-PELLET® provides permanent, reliable electrostatic performance through advanced compound modification. Surface resistivity can be precisely customized to meet application-specific requirements, making these compounds ideal for high-precision cleanroom equipment, explosion-proof industrial components, ESD packaging, handheld electronic device housings, and conductive sealing profiles. The technology delivers dependable protection against electrostatic discharge (ESD) for sensitive electronic components in mission-critical environments.
Features
- Customizable Surface Resistivity: Surface resistivity can be precisely engineered to meet customer requirements, ranging from conductive-grade to antistatic-grade performance.
- Outstanding Mechanical Performance: Maintains excellent processability for integrated molding while preserving the material’s soft-touch feel, flexibility, and resistance to repeated bending after modification.
- Compliant with International Environmental Standards: Formulated with clean, non-toxic materials and fully compliant with global environmental regulations, including RoHS and REACH.
Specification
- Compatible Base Materials: Available for injection molding grades (SE/PL and GP Series), extrusion grades (EX Series), and blow molding grades (BL Series).
Primary Applications
- Antistatic Rollers for Cleanroom Automation Equipment.
- Overmolded Handles for Explosion-Proof Tools.
- Semiconductor Chip Conveying Belts.
- Antistatic, Shock-Absorbing Housings for Precision Handheld Instruments.
- Antistatic Conductive Tubing.
Popular Products
Antistatic and Electrically Conductive TPE Modification Services: Specifications, Material Evaluation and Technical Support
DING JI POLYMER offers Antistatic and Electrically Conductive TPE Modification Services as part of its TOP-PELLET® thermoplastic elastomer portfolio. Review this product's description, specifications and application information to evaluate its suitability for your component. Confirm the recommended processing method, target hardness, mechanical properties and operating conditions with our technical team before material trials.
For application-specific evaluation, share your component design, processing conditions, existing material and required performance. Where bonding to another material is required, include the substrate type and adhesion requirements. DING JI provides technical consultation, small-batch trials and physical property testing, with custom formulation development and OEM manufacturing support available for requirements beyond standard grades. Contact our team to discuss sample availability and the specifications relevant to your project.