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Trial Number 1

Trial Purpose:

To evaluate successful products on second supplied contaminant

Date Run:

10/09/2008

Experiment Procedure:

The top seven products based on past testing results were again diluted to 5% using DI water in 400 ml beakers. All seven products were heated to 130 F on a hot plate.

Peweighed aluminum coupons were coated with the Everite Electrolite Salt mixture using a handheld swab. The contaminant was allowed to dry for about 10 minutes. Once dry, the coupons were weighed a second time to determine the amount of oil applied.

Three coupons were immersed into each solution and cleaned for 5 minutes using stir-bar agitation. Rinsing was performed for 15 seconds using tap water heated to 120 F and followed by 30 seconds of air blow off with dry compressed air at room temperature. Final weights were recorded, and efficiencies were calculated for each coupon cleaned.

Trial Results:

All seven products were effective at removing the salt mixture from the aluminum coupons within 5 minutes of immersion cleaning. The table lists the amount of soil added, the amount remaining and the efficiency for each coupon cleaned.

Cleaner Initial wt Final wt % Removed
Green Soak 0.2641 -0.0035 101.33
  0.2104 -0.0012 100.57
  0.2368 -0.0044 101.86
Aquavantage 1400 0.2289 0.0036 98.43
  0.2704 0.0152 94.38
  0.2094 0.0004 99.81
Shopmaster LpH 0.2360 -0.0036 101.53
  0.1741 -0.0009 100.52
  0.2645 0.0068 97.43
FPC 100 0.4220 0.0059 98.60
  0.2037 -0.0010 100.49
  0.2232 -0.0020 100.90
SC Aircraft & Metal Cleaner 0.2508 0.0004 99.84
  0.3354 -0.0007 100.21
  0.2014 -0.0009 100.45
Amberclean L12 0.2002 0.0013 99.35
  0.1188 0.0003 99.75
  0.2904 0.0015 99.48
Ozzy Juice SW-3 0.2918 -0.0004 100.14
  0.2189 0.0097 95.57
  0.3190 -0.0010 100.31

Success Rating:

Results successful using TACT (time, agitation, concentration, and temperature, as well as rinsing and drying) and/or other cleaning chemistries examined.

Conclusion:

The top six products will be evaluated on the third supplied contaminant under the same cleaning conditions.

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