Pipe line - Import export

We designed our Semi-Automatic Pipe Bending Machines to have complex pipe bending results easily with servo rotation function during pipe bending process. We can say that our Semi Automatic Tube Bending Machine is economical option of 3 Axes CNC Pipe Bending Machines with lower investment than CNC Tube Bending Machine. General Details - Servo Rotation - NC Control - Direct Gear Transmission - Touch Screen - Hydraulic Clamp-Die/Pressure-Die - Automatic Mandrel Extraction - Adjustable Flip Stops - Quick Changeable Tooling - Automatic / Manual Mode - Warning Messages - Energy Saving Mode Technical Details Tube Bending Diameter Range from 6 mm to 130 mm Ø Pipe Bending Machine Center Line Radius According to Demand Max. Tube Bending Angle 190°

Orifice plate is installed on pipe line to ensure evolution of fluid cross flow section (by 1 orifice) in order to create calibrated differential pressure loss. The measurement of if by 1 or x pressure taps pair(s) allow to define fluid flow rate. Process norm: NF EN ISO 5167-2, ASME MFC-14M, ASME MFC-3M, ASME PTC 19.5 Construction code: NF EN 13480, RCC-M, ASME, CODETI SPM capability: DN15 to DN1000

Venturi tube is installed on pipe line to ensure evolution of fluid cross flow section (by convergent, throat, divergent) in order to create calibrated differential pressure loss. The measurement of if by 1 or x pressure taps pair(s) allow to define fluid flow rate. Process norm: NF EN ISO 5167-4, ASME MFC-3M Construction code: NF EN 13480, RCC-M, ASME, CODETI SPM capability: DN25 to DN800

Flow nozzle is installed on pipe line to ensure evolution of fluid cross flow section (by elliptic profile) in order to create calibrated differential pressure loss. The measurement of if by 1 or x pressure taps pair(s) allow to define fluid flow rate. Process norm: NF EN ISO 5167-3, ASME PTC 6, ASME MFC-3M Construction code: NF EN 13480, RCC-M, ASME, CODETI SPM capability: DN25 to DN1000

Why streaming current? The charge potential of particle surfaces of the solids in a disperse system plays an important part in water treatment procedure. Due to the unidirected charge of these particles, an approach is prevented. The particles are stabilized in its solution. A separation of these particles will be easier, if the surface charge can be reduced and the particles can form bigger flakes and bigger units. In order to control this process, it is important to measure the surface potential of the solids. What is streaming current? If you fix two electrodes in a pipe-line carrying a suspension, one in the centre and the other one near the pipe-line wall, you can measure a current. This is caused by the separation of the counter ions from the solids. The counter ions will be carried with the turbulent flow, and the solids tend to stick to the pipe-line wall by adsorption and by 'van-der-Waals' forces. The measured current is named current caused by flow or Streaming-Current.