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ZXF C-Series Pressure Vessel X-ray Digital Imaging Inspection System

C型/C2型/C-D型

Overview

The ZXF C series is designed for inspecting large vessels, backed by extensive experience in tooling and equipment design. It enables rapid deployment of proven solutions, significantly shortening project timelines. Covering mainstream diameters from 200 to 4,000 mm, it accommodates titanium, zirconium, nickel, and conventional steels, offering versatile multi‑application capabilities. The system features a scientifically optimized “golden triangle” configuration of the X-ray source–workpiece–detector, delivering both exceptional image clarity and high sensitivity to ensure no minute defects are overlooked, while providing consistent and reliable inspection results. In the chemical and petrochemical industries, this equipment is widely used for manufacturing and in-service inspections of pressure‑bearing equipment, including spherical tanks, towers, reactors, heat exchangers, and various large storage tanks. Its primary task is to accurately detect internal defects such as cracks, slag inclusions, lack of penetration, lack of fusion, and porosity in welds.

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  • Product Introduction
  • Technical Specifications
  • Case image
    • Commodity name: ZXF C-Series Pressure Vessel X-ray Digital Imaging Inspection System
    • Commodity ID: C型/C2型/C-D型
    • 射线能量 ( kV ): 160,225,320,450
    • 检测类型: Pressure vessel inspection
    • 设备类型: Large-Container DR Inspection System
    • 检测方式: Multi-axis simultaneous control / Custom tooling design
    • 射线能量list: 160kV|225kV|320kV|450kV
    • 特点: Large-Scale Equipment | Nondestructive Testing of Pressure Vessels | Dual-Mode Online/Offline Inspection
    • 检测类型: Weld Inspection of Large Vessels/Pressure Vessels

    The ZXF C series is designed for inspecting large vessels, backed by extensive experience in tooling and equipment design. It enables rapid deployment of proven solutions, significantly shortening project timelines. Covering mainstream diameters from 200 to 4,000 mm, it accommodates titanium, zirconium, nickel, and conventional steels, offering versatile multi‑application capabilities. The system features a scientifically optimized “golden triangle” configuration of the X-ray source–workpiece–detector, delivering both exceptional image clarity and high sensitivity to ensure no minute defects are overlooked, while providing consistent and reliable inspection results. In the chemical and petrochemical industries, this equipment is widely used for manufacturing and in-service inspections of pressure‑bearing equipment, including spherical tanks, towers, reactors, heat exchangers, and various large storage tanks. Its primary task is to accurately detect internal defects such as cracks, slag inclusions, lack of penetration, lack of fusion, and porosity in welds.

  • ZXFlasee C-Series X-ray Digital Imaging Inspection System for Pressure Vessels

    Parameter item Type C Type C2 C-D type
    Inspect workpiece dimensions Φ700-3500mm L15m Φ700-3500mm L15m Φ500-4000mm L15m
    X-ray energy 160/225/320/450kV 160/225/320kV 225/320/450kV
    Focus size Metal pipe: d = 0.4 / d = 1.0 mm (EN 12543) Metal pipe: d = 0.4 / d = 1.0 mm (EN 12543)
    Tablet size 25×30cm 25×30cm/43×43cm 25×30cm/43×43cm
    Sensitivity 1-1.5% 1-1.5% 1-1.5%
    Resolution >3.0 lp/mm >3.0 lp/mm >3.0 lp/mm
    Penetration thickness 160kV: Fe 16 mm / Al 160 mm (single wall)
    225kV: Fe 25 mm / AL 120 mm (single-wall)
    320 kV: Fe 40 mm (single wall)
    450 kV: Fe 50 mm (single wall)
    According to the workpiece weight 450 kV: Fe 50 mm (single wall)
    Payload According to the workpiece weight
    Total machine power <10kW <10kW <10kW
    Lead door for incoming and outgoing items Electric Electric Electric
    X-ray optical path Horizontal radiographic flat panel moves along the probe arm.
    The optical path moves within the container, while the container remains stationary.
    The horizontal X-ray tube moves along the probe arm.
    The optical path moves within the container, while the container remains stationary.
    The horizontal X-ray tube and the flat panel are both positioned outside the container, with their optical paths moving while the container remains stationary.

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