We will significantly reduce the "ATP swab test" values required by HACCP!
In the kitchen of food establishments, the "hands of the cook (gloves)," "knives," "cutting boards," and "baking trays" that come into contact with food significantly reduce the values in the "ATP swab test" (adenosine triphosphate) required by HACCP compared to other formulations. Additionally, this cleaning agent is refined to effectively address "grease stains and protein stains" that you may encounter in the "kitchen and cooking area." For areas with severe grease buildup, such as "steam convection ovens," "grease filters," and "around ovens and ranges," please allow some time before rinsing them off.
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basic information
●600g Dispenser bottle
Price range
P1
Delivery Time
P3
Applications/Examples of results
Hygiene Management Agents for Kitchens and Cooking Areas
Detailed information
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YOU TUBE
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Aquatic Processing Edition! Challenging ATP Cleaning!
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Randomly select a knife and conduct an ATP wipe test!
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Company information
Calfa Chemical Co., Ltd. has developed an environmentally friendly cooling tower water treatment agent called "CALFA BAS" (Calfa Bus), which is "phosphorus-free" and "nitrogen-free"! Using amorphous solid water treatment technology recognized in the environmentally advanced EU, it solves cooling tower issues (such as silica and calcium scale buildup, slime adhesion, and reduced heat exchange) without the need for equipment or machinery! CALFA BAS contains no "phosphorus" or "nitrogen" at all. Therefore, there is no need for "concentration measurement devices or systems" to measure residual amounts of "phosphorus" or "nitrogen." Additionally, actions such as diluting with water to meet "total water quality regulations" are unnecessary in themselves. [ISO 14001 compliant] Installation is simply placing it at the bottom of the cooling tower. That's all. This significantly achieves savings in water and energy! Some users in factories and large hotels have realized savings of several million yen in electricity costs over six months. By simply reducing power consumption (kWh) by 30%, the carbon dioxide emissions from power suppliers are also reduced by 30%, contributing to the mitigation of global warming, making the optimization of thermal efficiency essential.
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