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DPHP Plasticizer Enhances PVC Cable Material Performance in the Middle East

Henan GO Biotech Co., Ltd. provided DPHP plasticizer application support to a wire and cable manufacturer in the Middle East, helping optimize flexible PVC cable compound formulations for power, control, and industrial cables. The work focused on heat resistance, low volatility and low migration, stable electrical insulation properties, and consistent extrusion processing.

Project Background and Challenges

The customer manufactures power cables, control cables, and industrial cables for infrastructure, energy, and industrial markets across the Middle East. As its products expand into higher-specification applications, PVC insulation and sheath materials must maintain more stable processing and in-service performance under long-term operating conditions.

Enhanced heat-resistance requirements:Reduce the impact of volatilization on material flexibility and stability during long-term high-temperature operation.

Migration control requirements:Reduce the risk of plasticizer migration or extraction.

Extrusion consistency requirements:The formulation must balance compatibility with PVC resin and processing stability.

Illustration of DPHP Plasticizer in PVC Cable Compound Applications

Solution: DPHP for High-Performance PVC Cable Compounds

Application Analysis Define performance targets for cable compounds in terms of heat resistance, insulation, migration control, and processability.
Product Recommendations Recommend the high-molecular-weight primary plasticizer DPHP for flexible PVC cable compound systems.
Recipe Optimization Balance flexibility, low volatility, and low migration requirements based on compatibility with PVC resin.
Performance validation During production validation, focus on extrusion performance, material consistency, and long-term application stability.

DPHP is suitable for flexible PVC and synthetic rubber applications requiring low volatility, low migration, and durability. In this project, the solution primarily supported formulation stability of PVC cable compounds under elevated operating temperatures while maintaining stable extrusion performance and electrical insulation-related properties.

Project Outcomes and Phase Value

By incorporating DPHP into the PVC cable compound system, the customer received more targeted support for long-term heat resistance, control of volatility and migration risks, insulation stability, and extrusion processing consistency. This project established a stronger material formulation foundation for its power, control, and industrial cable products to enter higher-specification application scenarios, while also enabling smoother subsequent product communication and production coordination.

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