Waste Storage Room: Test for Removal of Deposits on Stairs Bionack AS-70
Waste Storage Room: Test for Removal of Deposits on Pillar Bionack AS-70
Organs Conveyor: Test for Removal of Surface Contamination Bionack AS-70
Special Cleaner Bionack
Meat processing plant: Example of cleaning blood and black stains
Special Cleaner Bionack
Meat processing plant: Example of cleaning oil and fat stains
Special Cleaner Bionack
Drain filter: Example of cleaning slime
Special Cleaner Bionack
Chicken processing plant: Example of cleaning of black stains
Special Cleaner Bionack
Chicken processing plant: Example of cleaning of black stains
Special Cleaner Bionack
Vegetable cutting plant: Example of cleaning black stains
Foam-cleaning Farm Gun
Cleaning and Sterilization of Deposited Foreign Matter on the Inner Surface of the Flexible Joint for High-Pressure Pump
ATP measurement results
| Bionack | 6% NaClO Sodium hypochlorite |
Water purified using reverse osmosis (RO) | ||
|---|---|---|---|---|
| Appearance |
NaClO 6% Diluted 50 times Immersion for 14 days |
 |
 |
 |
|
NaClO 6% Diluted 5 times Immersion for 14 days |
 No corrosion was observed |
 Corrosion observed. |
 No corrosion was observed. |
|
| Corrosion rate by weight (gmh) | Diluted 50 times | 0.0002 | 0.0311 | 0.0001 |
| Diluted 5 times | 0.0003 | 0.1324 | ||
| Corrosion rate by depth(mm/y) | Diluted 50 times | 0.0002 | 0.0344 | 0.0001 |
| Diluted 5 times | 0.0003 | 0.1450 | ||
| Remarks | – | With pitting corrosion | ||
Appearance, measurement results of corrosion rate by weight and corrosion rate by depth of SUS304 sample after deterioration test
-
Evaluation method
– Test material: SUS304 (30 × 40 × 0.5 mm), Test repeated twice at each level
– Test cleaner: Bionack AE-200 and 6% NaClO (Diluted 50 times and 5 times, respectively), RO water
– Test method: Immersion for 14 days in a test liquid at 55°C (Replaced by fresh test liquid every three days)
- Results: Corrosion rate of Bionack on SUS304 was less than NaClO, and the occurrence of pitting corrosion was not observed.
Summary
- Strong penetrating power of the surfactant contributes to improve the cleaning power and facilitates sodium hypochlorite to exert the effect in decomposing protein and fat.
- Although this is a chlorine-based chemical, its influence on metal and other materials is negligible, and the damage to the equipment can be reduced as compared with ordinary sodium hypochlorite.
Characteristics
- Strong cleaning power eliminates bacteria in the decomposing protein, fat, and sugar.
- The surfactant with a strong penetrating power of surfactant penetrates deep in the dirt and facilitates sodium hypochlorite to exert the effects.
- Although this is a chlorine-based chemical, it exerts a negligible influence on metals. *The extent of corrosion is 1/264 of that of the ordinary sodium hypochlorite.
- This product can be used for sterilizing and cleaning of equipment that cannot be reached by hands.
Procedures for Use
- Wash the target equipment fully with water.
- Dilute the original liquid in accordance with the amount of deposits and immersion time.
*5 times (200 mL per L) to 200 times (5 mL per L) - Spray the diluted solution on the equipment, or immerse the equipment in the solution and leave it for a while.
- Wash thoroughly with water.
*Please check for residues by using commercially available reagent for detection of chlorine residues.
Examples of Applications
- Decomposition, cleaning, and sterilization of biofilms and other deposits in filling lines and tanks of mineral water.
- Decomposition, cleaning, and sterilization of deposits in the lines, tanks, and ovens in food factories.
- Cleaning and sterilization of circulating bathtub and inner surface of the piping of spa facilities (super public bath).
- Removal of oil dirt in kitchens
- Decomposition, cleaning, and sterilization of black mold and other deposits on the inner walls of tanks.
