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This is a copy of the test report on Micare Antistatic Floor Polish.The Surface Resistance and Charge Relaxation data is now available for your flooring sample sent toChilworth for analysis. I have also tested the uncoated tile to give you a comparison between thetwo. As you can see the static dissipative coating works very well and is slightly affected by humiditybut not significantly.As you were probably aware the uncoated tile is highly insulating and decreasing the humidity doesnot really affect the Resistance or Relaxation Time, the test results are summarised below:Coated TilePass criteria is resistance must be < 1 x 10E 6 (i.e. 1 million) ohms.We can call our product a "dissipative" floor polish.Surface Resistance @ Ambient RH = Minimum :5.1 x 10E 7 OhmsMaximum :5.2 x 10E 7 OhmsAverage :5.2 x 10E 7 OhmsThe low humidity results are impressive, this reading was taken at 11oH, (low humidities areharder to get results). 11oH is drier than the Sahara.Surface Resistance @ Low RH = Minimum :1.7 x 10E 8 OhmsMaximum :1.9 x 10E 8 Ohms Average :1.8 x 10E 8 OhmsCharge relaxation pass criteria requires discharging static in less than 0.25 seconds. Oursdischarged in less than 0.01 secondsCharge Relaxation Time @ Ambient RH = <1 secCharge Relaxation Time @ Low RH = <1 secBelow are comparitive results for an untreated tile. At ambient conditions the untreated tilehad 10,000 times more resistance and greater than 6000 times slower discharge rate.Uncoated TileSurface Resistance @ Ambient RH = Minimum :1.8 x 10E 12 OhmsMaximum :2.0 x 10E 12 Ohms Average :1.9 x 10E 12 OhmsSurface Resistance @ Low RH = Minimum :3.8 x 10E 12 Ohms Maximum :4.8 x 10E 12 Ohms Average :4.3 x 10E 12 OhmsCharge Relaxation Time @ Ambient RH = 68 secsCharge Relaxation Time @ Ambient RH = 82 secs