Maintaining hygiene in food processing environments is critical, and selecting the right cleaning solutions is paramount. Foam M, Kersia’s chlorinated alkaline detergent disinfectant, is specifically designed for use in the food industry. As a non-silicated detergent in our Chlor Alkali range, it ensures effective cleaning while remaining safe for soft metals.
Why Choose Foam M?
Foam M offers a range of benefits, making it a superior choice for food industry applications:
Case Study: Abattoir Cleaning Success
One of our customer trials involved applying Foam M across all surfaces of an abattoir using a high-pressure injector. The results were outstanding:
Customer Feedback: The abattoir’s hygiene team was highly impressed. They reported:
As a result, the primary processing customer switched to Foam M permanently and now incorporates it into their regular cleaning regime.
A hygiene manager from a primary poultry processing site shared:
“I am really happy with the product and the outcome of the trial. The foam quality was very rich, and there was no strong chemical odour, as you sometimes get with these types of products. We are very happy to switch over to Foam M for this application.”
Case Study: Tiny Rebel Brewery
Tiny Rebel Brewery required a cleaning solution tailored to the complex materials within their facility, particularly the canning line. This area features a mix of 316 stainless steel, EPDM, copper, and brass—making chemical selection crucial.
Following extensive investigations, Declan Teare from Kersia recommended Foam M as the most suitable cleaning product. Key results included:
Tiny Rebel Brewery has since integrated Foam M into their cleaning process, reporting excellent performance and site satisfaction.
The Future of Cleaning with Foam M
Foam M continues to deliver exceptional results across diverse food industry settings. Whether in abattoirs, breweries, or other food processing facilities, its foaming, detergency, microbial control, and material compatibility make it a leading choice for hygiene management.