Grooved butterfly valve is safe and reliable

Nine major advantages of the grooved butterfly valve: The grooved clamp connection and the corresponding pipe fittings are quickly used to install the pipeline. There is no need for welding during construction, and there is no need for secondary galvanizing and secondary installation. Increased placement speed.
The lightweight clamp is light in weight and has a small number of bolts. It is easy to install and does not require special skills.
Reliable, scientific and reasonable structural design, unique rubber sealing ring achieves triple sealing, ensuring the reliability of the continuous sealing.
Safety use of grooved clamp connections and the installation of corresponding pipe fittings requires only mechanical assembly, no welding, and no open flames. Therefore, there is no welding slag to cloud the pipelines, which ensures construction site safety and is suitable for fire bans. It is particularly suitable to start construction.
Economical: Because the installation is quick and does not require special skills, the installation repair rate is low, so the overall installation cost can be reduced by % compared with flanges.
Small space occupied The grooved clamp connection takes up about % of the space of the flange, and because the number of fastening bolts is small and non-specific, it is particularly suitable for construction in conditions with narrow space.
Maintain simple, safe and reliable product quality. As long as it is installed properly, the pipeline will pass the pressure test once and operate safely. There is no need for maintenance at ordinary times, and spare parts do not need to be replaced for decades.
Practical pipes Universal grooved clamp connections can be used to connect various seamless steel pipes, galvanized steel pipes, welded steel pipes, stainless steel pipes, copper pipes and other metal pipes.
Can realize flexible connection of pipelines. The pipelines connected by flexible grooved clamps are a flexible system, which can absorb the length displacement of the pipe due to temperature changes and allow the pipe to have a certain deflection angle