Brief: Learn how this solution can streamline typical workflows and improve reliability. In this video, we showcase the EPDM Rubber Wide Arch Bellows Type Expansion Joint, demonstrating its unique flanged design that enhances sealing and protects against flange corrosion. You'll see how it absorbs axial displacement, reduces stress, and extends service life in pipeline systems.
Related Product Features:
Possui um design de flange que envolve a flange metálica para formar um selo integrado, reduzindo o risco de vazamento de mídia.
Absorve o deslocamento axial para minimizar a concentração de tensão no corpo de borracha, prolongando a vida útil.
Oferece alta flexibilidade com tamanho, formato e espessura da camada de reforço personalizáveis para atender às necessidades específicas.
Utiliza diversos materiais de reforço para maior resistência mecânica e resistência à corrosão.
Fornece capacidade de suporte de alta pressão através de enrolamento manual que garante a uniformidade estrutural.
Designed for easy maintenance and replacement with flanges or threaded interfaces to reduce downtime.
Suitable for various applications including water supply, drainage, chemical, and petroleum industries.
Available in multiple sizes with specified allowable movements for axial compression, extension, and transverse shifts.
Perguntas frequentes:
What materials are used for the bellows type expansion joint?
The joint can be made from materials like EPDM, NBR, CR, or SBR, depending on the specific working conditions and requirements.
What is the warranty period for the bellows type expansion joint?
We provide an 18-month warranty period for the bellows type expansion joint to ensure product reliability.
What is the working temperature range of the bellows type expansion joint?
The standard working temperature range is from -20°C to 100°C, with customization available for specific conditions.
How is the bellows type expansion joint packaged for delivery?
It is packaged in carton boxes and strong plywood cases to prevent rust and breakage during transportation.