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Пластиковое кольцо Пентагона: PP/PE/CPVC от надежных поставщиков и фабрики в Китае

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Качество продуктов от китайских поставщиков

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Наша компания, один из ведущих производителей и поставщиков в Китае, предлагает высококачественные материалы, подходящие для различных промышленных приложений. Мы предлагаем разнообразие материалов, включая:

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  • PE (Полиэтилен) – плотность 0.98 г/см³, термостойкость до 90 °C, хорошая коррозионная стойкость.
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  • PP (Полипропилен) – плотность 0.96 г/см³, термостойкость более 100 °C, высокая химизмостойкость.
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  • РПП (Ребристый полипропилен) – плотность 1.2 г/см³, термостойкость более 120 °C, отличная прочность на сжатие выше 6.0 МПа.
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  • ПВХ (Пластик хлористый) – плотность 1.7 г/см³, термостойкость более 60 °C, хорошая устойчивость к химическим веществам.
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  • КПВХ (Калорифицированный ПВХ) – плотность 1.8 г/см³, термостойкость более 90 °C, высокая прочность и стойкость к коррозии.
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  • PVDF (Фторполимер) – плотность 1.8 г/см³, термостойкость выше 150 °C, великолепная защита от коррозии.
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Все наши материалы предоставляют надежность и стабильность при высоких температурах и агрессивных химических средах, поэтому являются идеальным выбором для вашего бизнеса. Мы находимся в Китае и стремимся предложить лучшие товары от нашего завода, гарантируя отличное качество и доступные цены. Сделайте выбор в пользу надежных китайских поставщиков и укрепите ваше производство с нашими высококачественными материалами!

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    📦 Product Description
    🔷 Pentagon Plastic Packing is a high-efficiency random packing widely used in gas-liquid separation processes.
    Based on the structural analysis of this product, the hollowed-out design accelerates liquid flow velocity to improve gas-liquid separation efficiency. The large-area wall opening prevents blockage over large surface areas. Five horizontal bar sections bent at their centers form a greater surface area for gas-liquid contact. Notably, five lower support rods are evenly distributed at the bottom — this distribution promotes liquid droplet coalescence into larger droplets. This product is recognized as a high-efficiency random packing used in separation applications.
    📋 Technical Datasheet
    Product Name Pentagon Plastic Ring
    Material PP, PE, PVC, CPVC, PVDF, etc.
    Service Life > 3 Years
    Size Inch Surface Area
    m²/m³
    Void Volume
    %
    Packing Number
    pcs/m³
    Packing Density
    kg/m³
    mm Dry Packing Factor m⁻¹
    1-1/2" 38×12×1.2 246 95% 46,000 112 kg/m³  |  260.3 m⁻¹
    2" 50×17×1.5 218 97% 21,500 107 kg/m³  |  225.2 m⁻¹
    3" 76×26×2.5 198 96% 6,500 92 kg/m³  |  207.1 m⁻¹
    Features High void fraction, low pressure drop, low height of transfer unit, high flooding point, uniform gas-liquid contact, low specific gravity, high mass transfer efficiency.
    Advantages 1. Special structure enables large flow capacity, low pressure drop, and excellent anti-flooding performance.
    2. Strong chemical corrosion resistance, large void space, energy saving, low operating cost, easy to load and unload.
    Applications These plastic tower packings are widely used in petroleum, chemical, alcohol, chloride, gas treatment, and environmental protection industries, with a maximum operating temperature of 280°C.
    Key Features

    High void fraction · Low pressure drop · Low height of transfer unit · High flooding point · Uniform gas-liquid contact · Low specific gravity · High mass transfer efficiency

    Advantages

    Large flow capacity, excellent anti-flooding ability, strong chemical corrosion resistance, large void space, energy saving, low operating cost, easy loading and unloading.

    PP Plastic Star Rings
    PP Plastic Star Rings
    PP Plastic Star Rings 25mm
    PP Plastic Star Rings 25mm
    Plastic Star Rings
    Plastic Star Rings
    🧪 Physical & Chemical Properties
    Plastic tower packing can be manufactured from heat-resistant and chemically corrosion-resistant plastics, including Polyethylene (PE), Polypropylene (PP), Reinforced Polypropylene (RPP), Polyvinyl Chloride (PVC), Chlorinated Polyvinyl Chloride (CPVC), Polyvinylidene Fluoride (PVDF), and Polytetrafluoroethylene (PTFE). The operating temperature in the media ranges from 60°C to 280°C.
  • PE
  • PP
  • RPP
  • PVC
  • CPVC
  • PVDF
  • PTFE
  • 🌡️ Operating Temperature Range: 60°C — 280°C, suitable for a wide range of industrial chemical environments.
    ❓ Frequently Asked Questions (FAQ)
    Q What is Pentagon Plastic Packing and how does it work?
    Pentagon Plastic Packing is a high-efficiency random packing designed with a hollowed-out structure that accelerates liquid flow velocity. Its five horizontal bar sections bent at the center create a larger gas-liquid contact surface, improving separation efficiency in tower columns.
    Q What materials are available for Pentagon Plastic Packing?
    It can be manufactured from PE, PP, RPP, PVC, CPVC, PVDF, and PTFE — all of which offer excellent heat resistance and chemical corrosion resistance for demanding industrial applications.
    Q What sizes are available for Pentagon Plastic Packing?
    Pentagon Plastic Packing is available in three standard sizes: 1-1/2" (38×12×1.2 mm), 2" (50×17×1.5 mm), and 3" (76×26×2.5 mm), each with different surface areas and void fractions to suit various tower designs.
    Q What is the maximum operating temperature for this packing?
    The operating temperature for Pentagon Plastic Packing ranges from 60°C to 280°C, depending on the material selected. PVDF and PTFE grades are suitable for higher-temperature applications up to 280°C.
    Q What industries commonly use Pentagon Plastic Packing?
    It is widely used in petroleum refining, chemical processing, alcohol production, chloride treatment, gas absorption, and environmental protection industries due to its excellent mass transfer efficiency and corrosion resistance.
    Q What are the main advantages of Pentagon Plastic Packing over conventional packing?
    Compared to conventional packing, Pentagon Plastic Packing offers a higher void fraction (up to 97%), lower pressure drop, greater flood resistance, more uniform gas-liquid distribution, lower specific gravity, and lower operational costs — making it a highly cost-effective choice for industrial separation towers.

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