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- PROTEGO® - Flame arresters, Valves, Tank Safety Equipment
Since 1954, PROTEGO® has built and provided flame arresters, valves and tank equipment, now with the help of more than 750 employees worldwide We are the technology leader within our area of expertise
- PROTEGO® Brasil - Soluções Avançadas em Segurança Industrial
Desde 1954, a PROTEGO® constrói e fornece dispositivos e equipamentos de tanques, agora com a ajuda de mais de 750 funcionários em todo o mundo Nós somos líderes em tecnologia em nossa área de especialização
- PROTEGO® — 阻火器、储罐通风设备和储罐附属设备
更安全，更环保 自 1954 年以来，PROTEGO® 一直在打造和提供设备和储罐设备，且现已在世界各地拥有超过 750 名员工。 是所在专业领域的技术引领者。 我们为客户提供全面的服务，其中包括研发、特殊应用的工程设计、整体保护系统设计和安全意识培训。
- Pressure and Vacuum Relief Valves | Reduce Emissions- PROTEGO®
PROTEGO® pressure vacuum relief valves are used as in-breathing and out-breathing valves, pressure relief valves, conservation valves, and for simple control and venting of tanks and equipment when an unallowable vacuum or pressure is exceeded
- Flame Arresters For Explosion Protection | PROTEGO®
Learn about the different variations of detonation and Deflagration Flame Arresters and our special flame arresters which PROTEGO® has to offer
- ER-V - reliable end-of-line relief valve | PROTEGO®
The ER V type PROTEGO ® valve is a highly developed emergency pressure relief valve with high flow capacity It is primarily used as a device for emergency pressure relief for storage tanks, containers, silos, and process engineering equipment; it offers reliable protection against overpressure and prevents impermissible product vapor loss
- Válvulas - Válvulas de alívio de pressão e vácuo | PROTEGO®
Confie nas válvulas PROTEGO® para obter vedação superior, emissões reduzidas e operação segura da planta, de acordo com as diretrizes da VDI 3479
- FA-E-IIA1 - Advanced flame arrestor technology | PROTEGO®
The PROTEGO ® FA-E-IIA1 in-line flame arrester was specially developed for bio-, sewage- and landfill-gas applications The application as an endurance burning proof in-line device under atmospheric conditions without extensive temperature monitoring is of advantage
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