Avoid tears on the liner by compromising the water tightness of the pipe with our new E-AD4000 high performance accelerator system The most regular occurrence of pipe damages is seen during the cutting of a pipe, in the final rotation cycle. The difference in relative...
Follow a 100% Analytical approach in the glass reinforced pipe market, through the Effective Filament Winding® Method In the best interest of your business, your strategy to ensure success in the GRP market needs a rational and deeply analytical approach. In the GRP...
The Impact of Climate Change on Water Resources Over the past decades, dramatic increases in population and quality of life have led to ever-growing climate change. As you know, climate change has a huge impact on the water cycle and precipitation and, in this way,...
Stand out amongst the crowd, or be an average supplier like your competitors With the ever-increasing need for energy and water resources, the global piping industry is growing rapidly. The demand for high-quality glass-reinforced plastic (GRP) piping has shown an...
Do You Want to Improve Your Continuous Filament Winding GRP Production Efficiency and Immediately Maximize Your Profits? Have you ever calibrated the resin pumps of a dosing system for GRP pipe production? Or maybe you saw your technician going up and down, weighing...
The generally accepted economic flow velocity for water supply pipelines is in the range of 1–3,5 m/s. The maximum recommended flow velocity for a GRP pipe is 5-6 m/s. Although, depending on conditions, it is possible to use velocities a little bit higher than 6 m/s....
