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Products

  • TPU Protective Film Compounds | High Transparency, Anti-Yellowing, Scratch-Resistant

    TPU granules for protective films such as automotive PPF and clear decorative films. High transparency, anti-yellowing, scratch resistance, and outdoor durability for extrusion/casting lines.

    TPU Protective Film Compounds

  • Medical-grade TPE | Compliance-driven Selection for Regulated Applications

    Medical-grade TPE compounds positioned for compliance-driven projects. Learn how to shortlist materials based on regulatory pathway, documentation needs, lot consistency, and validation risk.

    Medical-grade TPE

  • Overmolding TPE for Engineering Plastics | Adhesion, Warpage, Interface Reliability

    TPE-S overmolding compounds (SEBS- and SBS-based) with adhesion to PC/ABS/PP. Wide hardness range, soft-touch grip feeling, sweat and oil resistance, ideal for 2-shot and insert molding of grips, handles, buttons and protective edges.

    Overmolding TPE for Engineering Plastics

  • Profile TPE for Dimensional Stability | Extrusion Profiles with Better Shape Control

    TPE compounds for extrusion profiles where dimensional stability and shape control are critical. Focused on stable melt behavior, low warpage risk, predictable cooling, and repeatable profile production.

    Profile TPE for Dimensional Stability

  • Low-odor Soft-touch TPE | Stable Tactile Feel with Odor Control

    Low-odor soft-touch TPE compounds designed for tactile surfaces where odor, surface consistency, and long-term handling comfort matter. Focused on process stability, surface feel control, and reliable mass production.

    Low-odor Soft-touch TPE

  • Food-contact TPE | Compliance-oriented Selection for Food-contact Applications

    Food-contact TPE compounds positioned for applications where regulatory compliance, material cleanliness, and long-term contact safety matter. Focused on documentation readiness, processing stability, and risk-controlled selection.

    Food-contact TPE

  • Extrusion TPE for Processing Stability | Predictable Output and Consistent Surface

    Extrusion-grade TPE compounds positioned for processing stability: steady melt behavior, consistent output, stable surface, and repeatable long runs. Focused on practical levers that reduce downtime and variation.

    Extrusion TPE for Processing Stability

  • Low-odor / Long-term Stability TPE | Consistent Sensory Performance Over Time

    Low-odor TPE compounds designed for long-term stability. Focused on controlled odor profile, minimized aging drift, stable surface behavior, and repeatable performance throughout product lifetime.

    Low-odor / Long-term Stability TPE

  • Soft-touch TPE | When TPU Is Over-designed for Tactile Parts

    Soft-touch TPE compounds for tactile parts where TPU can be over-specified. Focused on stable feel, surface consistency, easy processing, and practical performance for consumer-facing components.

    Soft-touch TPE

  • Advanced Functional TPE Compounds | Multi-Constraint Selection & Customization

    Advanced functional TPE compounds for projects where one standard grade is not enough. Designed for multi-constraint requirements such as overmolding adhesion + surface feel, low odor + long-term stability, extrusion dimensional control + processing consistency, and compliance-driven risk control.

    Advanced Functional TPE Compounds

  • TPE Materials Overview | Application-Based Selection Guide

    Thermoplastic Elastomer (TPE) materials organized by application logic. Use the four-path router to quickly reach the right subpage: Overmolding & Soft-touch, Medical / Food-contact, Extrusion / Profile, and Consumer & Home, plus advanced functional customization.

    TPE Materials Overview

  • Advanced Functional Medical TPU | Multi-Constraint, Validation-Risk Medical TPU Solutions

    Advanced functional medical TPU compounds for projects where one standard medical grade is not enough. Designed for multi-constraint requirements such as softness + long-term stability, transparency + mechanical margin, stable extrusion window + surface feel, low odor direction + performance retention, and weldability + appearance consistency. This page explains when to choose advanced functional routes, common failure modes, and how Chemdo shortlists, stabilizes processing, and supports verification.

    Advanced Functional Medical TPU

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