Keakuratan Tinggi EOD Robot Claw Finger CNC Machining China Custom untuk Robot Buktinya Ledakan

Bagian mekanik cnc
September 16, 2025
Category Connection: Bagian mekanik cnc
Brief: Discover the High Pressure Water Cannon Nozzle Seat Precision CNC Machining, designed for special robots in explosion-proof, rescue, and aerospace applications. This high-strength, precision-engineered component ensures optimal performance in extreme environments with advanced flow channel design and smart integration capabilities.
Related Product Features:
  • Precision flow channel design reduces turbulence and cavitation, improving jet density and range.
  • High-strength materials include aviation-grade aluminum alloy and stainless steel, compliant with GB/T9438 and HB5584 standards.
  • Multi-function adaptation supports both columnar jet (35-45 meters) and mist jet (10+ meters coverage) modes.
  • Smart integration allows for remote control and automatic mode switching, ideal for unmanned operations.
  • Extreme environment adaptability with corrosion-resistant and high-temperature resistant materials.
  • Customizable size, material, pressure adaptation, and interface options to meet specific needs.
  • Technical parameters include nominal pressure up to 1.2MPa and flow range of 20-50L/S.
  • Applications range from firefighting robots to aerospace operations, ensuring versatility and reliability.
Pertanyaan Umum:
  • What materials are used in the High Pressure Water Cannon Nozzle Seat?
    The nozzle seat uses aviation-grade aluminum alloy (compliant with GB/T9438) and stainless steel components, with seals meeting HB5584 standards for high durability and pressure resistance.
  • Can the nozzle seat operate in extreme environments?
    Yes, it is designed for extreme environments, including flammable, explosive, toxic, and oxygen-deficient conditions, thanks to its corrosion-resistant and high-temperature resistant materials.
  • What customization options are available for the nozzle seat?
    We offer size customization (DN50 to DN630), material selection (aluminum alloy, stainless steel, etc.), pressure adaptation (0.5-32MPa), interface adaptation, and special surface treatments like anodizing and Teflon coating.