Chemistry Table
Specifications
Peracetic Acid, wt. % | 15 |
Hydrogen Peroxide, wt. % | 22 |
Acetic Acid, wt. % | 16 |
Water, wt. % | 46 |
Total Active Oxygen, wt. % | 13.7 |
Density 20°C (68 °F), g/ml | 1.148 |
Vapor Pressure 20 °C (68 °F), mbar | 25 |
pH (100 g/L H 2 O) 20 °C (68 °F) | 2 |
Flash Point, °C (°F) DIN 51584 | 96 (205) |
Freezing Point, °C (°F) | -50 (-46) |
Boiling Point, °C (°F) | 109 (228) |
Appearance | Clear |
Odor | Vinegar-like |
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Here are the most commonly asked.
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Questions & Answers
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what is the dilution factor for this product, can I used without dilution?
Dilution factor:
Multiply 0.00025 by the desired ppm by the total bbl of water to get the amount in gallons of the Peracetic Acid 15% Solution.
For example, to achieve 500 ppm in 100 bbl of water,
0.00025 x 500 ppm x 100 bbl water = 12.5 Gal of Peracetic Acid 15% Solution.
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Paracetic acid 15% for sanitizing SS Fermenters. How much in 5 gallons of water for at least 100ppm.
About 13.3 ml of Peracetic Acid 15% Solution.
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In this 15% peracetic acid solution, how much PPM (parts per million) of peracetic acid is present, and how much PPM of H2O2 (hydrogen peroxide) is there?
Peracetic Acid : 140,000-150,000 ppm
H2O2: 220,000 - 230,000 ppm
For wt% see the COA link below.
https://dashboard.laballey.com/coa/1208/peracetic-acid-15-lot-product_COA__Lot-5000450/1.1 -
What is the mixing rate typically used?
Could you elaborate the intended application for the product? The mixing ratio depends on the end application of the product.
Thank you.