Jet fire test according to ISO 22899-1 and ISO 14692-2 Annex H（passive fire protection）沪深优配
ISO 22899-1《被动防火材料的耐喷射火焰测定》，ISO 22899-1 Determination of the resistance to jet fires of passive fire protection materials - Part 1: General requirements
ISO 22899-1该标准主要规定了防火材料在喷射火条件下的测试方法和一般要求，适用于评估材料在火灾中的耐火性能?
南京睿督公司帮助海上石化生产商、供应商及设计商满足美国ISO 22899条例要求沪深优配，大大减少与海上运输和测试相关的时间和高额成本。
喷射防火测试按照ISO 22899第1部分的要求测定被动消防材料的抗喷射火性能。喷射防火设施模拟可能发生在海上平台和陆上设备的天然气喷射火，在这些海上平台和陆上设备中，天然气外漏可使结构钢曝露到明显热流中。该测试用于认证通常用来保护海上石油平台上钢铁的被动消防材料，并用来模拟高压天然气泄漏引燃和碰撞钢结构的情况。
展开剩余67%喷射防火测试允许在涂有防火材料的面板、连接板和管道配置上进行受控且可重复的喷射火模拟。该测试使用由标准化喷嘴上向外突出的丙烷燃烧系统产生的14百万瓦特（0.3 kg/sec）水平火焰在不同时间段进行，以此模仿海上石油钻井平台面临的强烈喷射火。
若要了解喷射防火测试：ISO 22899-1，请与我们联系。
Jet Fire Testing (ISO 22899 Part 1)Quickly and cost-effectively meet ISO 22899 requirements.
Jet Fire Testing determines passive fire protection materials' resistance to jet fires according to ISO 22899, Part1 requirements. Intertek can help you reduce the time and high costs associated with shipping and testing your products overseas. Our state-of-the-art Jet Fire facility can simulate natural gas jet fires which could occur on offshore platforms and land-based facilities, where natural gas leaks can produce significant heat flux exposure to structural steel.
The Jet Fire Test allows controlled and repeatable Jet Fire simulation on panel沪深优配, web and pipe configurations coated with fire protective materials. The test is conducted using 14 Megawatt (0.3 kg/sec) horizontal flames produced by a propane fuel system projected out of the standardized jet nozzle for various time periods, depending on the rating, to simulate the intense jet fires that offshore oil rigs face.
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