SEBS TPE Foaming Compounds | TPE Material Grades | SEBS Compounds for Molding, Extrusion & Foaming | DING JI
The TOP-PELLET® SEBS TPE Foaming Compound Series is specifically engineered for extrusion, injection, and compression foaming processes that demand ultra-lightweight performance, low-density molded parts, and premium surface quality. These compounds feature exceptional melt strength and outstanding microcellular foam stability, delivering superior gas retention during both physical foaming processes (such as supercritical N₂/CO₂) and chemical foaming. The result is a uniformly distributed closed-cell foam structure that effectively prevents cell rupture and structural collapse. To meet increasingly stringent global environmental and regulatory requirements for foaming agents, DING JI POLYMER offers two flexible supply options. Processors may purchase high-purity, highly compatible foaming base compounds and incorporate their preferred blowing agents during production, or select fully integrated custom-compounded formulations pre-blended with high-performance foaming systems tailored to specific end-use requirements. All base compounds comply with RoHS and REACH standards, feature low-odor and non-blooming processing characteristics, and enable finished products to be 100% recyclable. This provides downstream manufacturers with a reliable material solution for achieving lightweight designs, cost reduction, and sustainable regulatory compliance. 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.
SEBS TPE Foaming Compounds
TOP-PELLET® FO-Series
Lightweight Thermoplastic Elastomers and High Melt Strength Foaming-Grade TPE Compounds
The TOP-PELLET® SEBS TPE Foaming Compound Series is specifically engineered for extrusion, injection, and compression foaming processes that demand ultra-lightweight performance, low-density molded parts, and premium surface quality. These compounds feature exceptional melt strength and outstanding microcellular foam stability, delivering superior gas retention during both physical foaming processes (such as supercritical N₂/CO₂) and chemical foaming. The result is a uniformly distributed closed-cell foam structure that effectively prevents cell rupture and structural collapse.
To meet increasingly stringent global environmental and regulatory requirements for foaming agents, DING JI POLYMER offers two flexible supply options. Processors may purchase high-purity, highly compatible foaming base compounds and incorporate their preferred blowing agents during production, or select fully integrated custom-compounded formulations pre-blended with high-performance foaming systems tailored to specific end-use requirements. All base compounds comply with RoHS and REACH standards, feature low-odor and non-blooming processing characteristics, and enable finished products to be 100% recyclable. This provides downstream manufacturers with a reliable material solution for achieving lightweight designs, cost reduction, and sustainable regulatory compliance.
Features
- Uniform Fine-Cell Foam Structure: Outstanding viscoelastic properties stabilize gas during expansion, creating a dense and uniform closed-cell microcellular structure with excellent resilience in the finished product.
- Smooth Surface Free of Flow Marks: Excellent material flow characteristics effectively minimize common foaming defects such as surface sink marks and gas streaks, resulting in a refined matte finish with a premium tactile feel.
- Ultra-Lightweight Performance with Cost Savings: Significantly reduces part density and material consumption while maintaining essential tensile strength, tear resistance, and abrasion resistance.
- Flexible Supply Options: Available as high-purity foaming base compounds for processors who prefer to incorporate blowing agents in-house, or as fully integrated custom-compounded formulations professionally tailored by DING JI POLYMER.
- Compliant with Global Green Supply Chain Requirements: All base compounds comply with RoHS and REACH standards, while integrated formulations can be customized with non-SVHC environmentally compliant foaming systems to meet specific regulatory and sustainability requirements.
Specification
Primary Processing Methods
- Continuous Extrusion Foaming
- Single-Shot and Two-Shot Injection Foaming
- Compression Foaming under Atmospheric or High Pressure
Compatible Foaming Technologies
- Supercritical Physical Foaming (N₂/CO₂)
- Conventional Exothermic and Endothermic Chemical Blowing Agents
Primary Applications
- Lightweight Outsoles and Midsoles for Athletic and Casual Footwear.
- High-Resilience Foamed Yoga Mats.
- Carrier and Backing Pads for Semiconductor Wafer Grinding and Polishing (CMP) Processes.
- Precision Shock-Absorbing Cushioning Pads.
Popular Products
SEBS TPE Foaming Compounds: Specifications, Material Evaluation and Technical Support
DING JI POLYMER offers SEBS TPE Foaming Compounds 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.