• Safety Tips When Using AC Blowing Agent

    Safety Tips When Using AC Blowing Agent

    Nov 11,2024

    Using AC blowing agents safely in industrial settings requires proper storage below 30°C, effective ventilation to control dust, and appropriate PPE like respirators and gloves to protect workers. Precise temperature control during processing prevents sudden reactions, while emergency plans and trained personnel ensure quick response to incidents. These measures enhance workplace safety, regulatory compliance, and operational efficiency.

  • Overview of ADC Foaming Agent in China

    Overview of ADC Foaming Agent in China

    Oct 28,2024

    The article highlights China's ADC blowing agent industry as a key global player, emphasizing its strong production capacity and cost advantages. ADC blowing agents are noted for their excellent foaming performance and environmental friendliness. The industry faces challenges but shows growth potential through improved environmental practices and increased R&D investment.

  • The Role of AC/ADC in Polymer Foaming

    The Role of AC/ADC in Polymer Foaming

    Oct 14,2024

    AC and ADC are key blowing agents in polymer foaming. AC produces uniform foam with fine cell structure, while ADC offers flexibility in adjusting foam density and structure. Both agents are used to customize foam properties for various industrial applications.

  • Manufacturing Process of Expandable Microspheres

    Manufacturing Process of Expandable Microspheres

    Sep 25,2024

    This article provides a comprehensive overview of the producing process of expandable microspheres, which are small spherical particles composed of a thermoplastic shell containing a gas or volatile liquid.

  • Comparing Expandable Microspheres with Traditional Alternatives

    Comparing Expandable Microspheres with Traditional Alternatives

    Sep 03,2024

    The article compares thermoexpandable microspheres and traditional microspheres, focusing on their structure, applications, and environmental impact. Expandable microspheres expand with heat, making them ideal for lightweight and insulating materials, while traditional microspheres are stable, cost-effective, and used in coatings and fillers. The article also notes the environmental benefits of microsphere expansion agents, such as reduced material usage and a lower carbon footprint.

  • Benefits: Why Choose Thermoexpandable Microspheres?

    Benefits: Why Choose Thermoexpandable Microspheres?

    Aug 26,2024

    Thermoexpandable microspheres are a versatile and valuable material with a wide range of benefits, including weight reduction, cost savings, enhanced insulation, and durability. Their ability to improve product performance while supporting sustainability efforts makes them a key component across various industries. Whether for automotive, construction, or packaging, these microspheres offer manufacturers a practical and innovative solution to meet modern demands.

  • Small Spheres, Big Expansion: What Is Thermoexpandable Microspheres?

    Small Spheres, Big Expansion: What Is Thermoexpandable Microspheres?

    Aug 22,2024

    Thermoexpandable microspheres are tiny spheres composed of a thermoplastic polymer shell encapsulating a low-boiling-point liquid. When heated, they expand significantly. They are widely used in industries like plastics, rubber, and coatings, primarily for lightweight materials, insulation, and foaming applications.

  • Development of ADC Foaming Agent

    Development of ADC Foaming Agent

    Aug 14,2024

    This article introduces the history of AC/ADC foaming agent, a widely used chemical additive in plastic and rubber foaming. It works by decomposing under heat to release N₂ and CO gases, creating foam that reduces material density and enhances insulation. Its key features include high purity, optimized decomposition temperature, low residue, and broad polymer compatibility.