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High-Strength Tough Antibacterial Polyethylene Plastic and Its Preparation Method

With increasing demands for hygiene safety and durability in medical, food packaging, and consumer goods, traditional polyethylene materials show limitations in strength, toughness, and antibacterial properties. This project aims to develop a polyethylene material that combines high mechanical performance with long-lasting antibacterial function, suitable for high-end packaging, medical devices, and household products.


Jan 08,2026

Thermoplastic Elastomer Pelletizer with Efficient Debris Collection

During thermoplastic elastomer (TPE) pelletizing, traditional pelletizers tend to generate significant amounts of flying debris and dust, causing environmental pollution, operational hazards, and material waste. To address these issues, this project has developed a dedicated pelletizer that integrates efficient cutting with real-time debris collection, greatly improving material utilization and workplace cleanliness.


Jan 08,2026

Thermoplastic Elastomer Cleaning Device for Efficient Raw Material Washing

Thermoplastic elastomer (TPE) raw materials often carry dust, oil, or process residues during production and recycling. Traditional cleaning methods are water-intensive, inefficient, and risk damaging material properties. This device is designed for automated, high-efficiency, low-loss TPE cleaning to ensure quality in subsequent processing.


Jan 08,2026

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