Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System
Aluminum Door and Window Storm Testing System

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Aluminum Door and Window Storm Testing System


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The aluminum door and window storm‑resistance spray system simulates rainfall by adjusting water pressure to vary both the amount and intensity of precipitation; it can also simulate typhoon intensities ranging from Grade 1 to Grade 12, with tests conducted in incremental steps.
Technological Leadership

Empowering with Cutting-Edge Technology

Quality Assurance

Quality Assurance

Customization supported

Customization supported

Original manufacturer

Original manufacturer

Precision manufacturing

Precision manufacturing

Independent research and development

Independent research and development

Qualification Certification

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  • Product Description
  • Product Specifications
  • In accordance with the storm‑resistance performance requirements for aluminum alloy doors and windows, a storm‑proof spray system was designed and developed, and it has been successfully installed and put into operation.

      Components of the aluminum alloy window storm‑resistance simulation spray system:

            1 ) High-pressure misting unit— Adopt imported AR High-pressure ceramic plunger pump, offering stable pressure regulation, reliable and durable performance, and continuous operation.

            2 ) Water filtration system— The inlet is equipped with a fully automatic backwash filter that automatically removes sludge without manual intervention, and features multi-stage filtration. RO Ultra‑strong filter, equipped with 5 Micron-level ultra‑filtration system effectively addresses water quality issues, ensuring that the nozzles remain unobstructed.

           3 ) High-pressure micro-mist nozzle— Employing specially developed machining technology independently researched and patented by Aogong, combined with an Australian‑designed negative‑pressure ventilation system, this product is manufactured on CNC machine tools. It features high impact force, long spray range, fine mist particle size, minimal wear, and low pressure loss. Users can select the appropriate configuration based on operating conditions, and different nozzle sizes can be chosen to suit varying site requirements. The operating pressure can reach… 30~70kg The piping is connected using high-pressure, thick-walled seamless stainless steel tubing, ensuring no leaks and long-lasting durability. 10 More than years.

           4 ) Control unit— Can be customized according to the customer’s… Based on user needs, the device can be manually or automatically switched on and off. The main unit is equipped with a German-imported ultrasonic wireless sensor control system that automatically detects signals. Customers can set the start-up or shut-down times according to their specific requirements (radar). / Infrared control requires a dedicated operator to configure it. PLC Parameter).

     

     Aluminum alloy window simulated explosion-proof spray equipment

     

    Characteristics of the storm‑proof spray system:

    A spray system is used to simulate rainfall, with water pressure adjusted to vary both the amount and intensity of precipitation. Additionally, a high‑power fan is employed,   By changing the pressure   Simulate the intensity of an external typhoon. From 1~12 Tiered simulation tests are conducted, with typhoon intensity increasing step by step.

     

  • Performance requirements for laboratory testing of simulated storm‑resistant spray systems:

    Aluminum alloy doors and windows with high strength meet the following requirements: Strength: 2,353 N/m² to 2,800 N/m² High airtightness: Grade 6 or above—exceptional sealing performance; even in Category 12 typhoons, they remain completely windproof, airtight, and dust‑tight. High watertightness: Grade 5 or above—superior waterproofing; no water ingress even during a Category 12 typhoon. High sound insulation: Up to 35 dB—closing the door or window reduces noise by 30 dB instantly. High wind‑pressure resistance: Up to Grade 6—withstanding winds at heights of 100 meters without detaching or deforming under extreme gusts.
    Based on testing performance requirements and product specifications, combined with years of experience in spray‑system R&D, design, sales, and installation, we have developed this explosion‑proof storm‑resistant misting system, which has been successfully installed and put into operation. The aluminum‑frame storm‑simulation explosion‑proof misting system comprises: 1) A high‑pressure misting host—equipped with an imported AR high‑pressure ceramic plunger pump, providing stable pressure regulation, reliable and durable performance, and continuous operation. 2) A water filtration system—featuring a fully automatic backwash filter at the inlet for self‑cleaning without manual intervention, paired with a multi‑stage RO ultra‑filtration unit and a 5‑micron fine filter, effectively addressing water quality issues and preventing nozzle clogging. 3) High‑pressure micro‑mist nozzles—manufactured using Ougong’s proprietary specialized machining technology and Australia’s negative‑pressure suction principle, precision‑machined on CNC equipment. These nozzles deliver strong impact, long reach, fine droplet size, minimal wear, and low pressure loss; they can be selected to suit specific operating conditions, with nozzle sizes tailored to different site functions, and operate at pressures ranging from 30 to 70 kg. The piping utilizes thick‑walled, seamless stainless steel tubing rated for high pressure, ensuring leak‑free connections and a service life exceeding 10 years. 4) A control unit—offering manual or automatic on/off control according to customer needs. The host is equipped with a German‑imported ultrasonic wireless sensor control system that automatically detects signals, allowing users to set start and stop times as required (radar or infrared control requires dedicated personnel to configure PLC parameters). System features: The misting system simulates rainfall by adjusting water pressure to vary rain volume and intensity. Additionally, a high‑power fan is integrated to simulate typhoon strength by modulating air pressure, enabling stepwise simulations from Category 1 to Category 12.

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