It was the vital need for quality assured liquid metering that drove the development of the Failsafe Puls-meter®, whereby, each reactive liquid component is squeezed at high pressure to achieve minimum density/maximum weight per unit volume, thus becoming hydraulic prior to being broken down into metered dots. Each dot is then volumetrically checked for high accuracy prior to being fired at high speed and rapidity so as to form a qualified flow rate, bead or shot size. This technique resulted in a patented, digitalized, principle of high accuracy metering for all types of liquid processes, all of which are 'failsafe' such that the output is either absolutely correct or, the process is shut down without any errors having occurred.

The Failsafe Puls-meter® takes into account:

• Low to high chemical viscosities and viscosity changes.
  
• Liquid compressibility
  
• Low to high pressures and pressure variation
  
• Low to high abrasion
  
• Ratios from 1:1 to 100:1
  
• Accurate outputs for dots, shots and flow rates for flow and spray.

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Now, having removed the greatest drawback and obstacle to the use of exciting liquid chemical systems, Laurence and his team of 'Failsafe Metering' specialists have opened the doors for chemical manufacturers and manufacturing industries to exploit the use of all types of single and multi-component liquid chemical systems across all areas of industry, worldwide, both with confidence of quality and without application quality constraint!