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Anitox Products

Anitox solutions control microbial contaminants to increase feed values, improve livestock performance and protect public health. By controlling feed microbial contaminants, producers can maximize the nutritional value of the diet, resulting in improved feed conversion rates and a decrease in mortality – especially in early life stages.

Performance protection starts here.
Feed is your largest investment. Safeguard it with Termin-8

Termin-8 offers the highest level of pathogen control in feed and has a residual effect, approved by the US Food and Drug Administration (FDA), for three weeks post-application. Termin-8 controls feed contaminations caused by:

• E. coli, Salmonella spp.
• Clostridium spp., Molds
• Staphylococcus spp., Streptococcus spp.

By using feed free from pathogens, producers can maximize the nutritional value of the diet, which results in:

• an improved feed conversion rate
• a decrease in mortality, especially in early life stages
• a reduction in antibiotic use

Finio at a glance
Improved performance

Controlling pathogens in feed improves performance and reduces variance in poultry production. Independent trials in broilers demonstrated improved LWG, FCR, morbidity and mortality of birds fed rations with low pathogen loads, similar to levels achieved when feed is treated with Finio. Average of 11 trials shows:

• 2.1% improvement in feed conversion rates (FCR)
• 15.8% reduction in mortality

3x greater control of pathogens

Finio outperformed three leading organic acid blends in trials, delivering 3x greater control of pathogenic contaminants. Its patent pending formulation of novel phytochemicals and carboxylic acids offers high levels of pathogen control, even for those operating in restrictive regulatory environments.

Broader spectrum control

Finio is proven to control pathogens associated with poor animal health and performance, including Salmonella, E. coli, Enterococcus, Staphylococcus aureus and Clostridium perfringens. In vitro studies show excellent efficacy against these and other pathogens, several of which have been tracked from feed-sources into the human food chain.

14-day post-application protection

Samples of feed treated with Finio show significantly lower pathogen levels 14 days post-application, protecting feed long after it leaves the mill. As a result, feed treated with Finio is protected against recontamination during transportation, storage and even while in feeders on farm.

By improving the overall efficiency of the milling and pelleting process, the Maxi-Mil product portfolio brings benefits to all points of the feed chain – from producers to users.

• Lower manufacturing costs for feed mills
• Better quality pellets for producers, for optimal feed intake and more efficient growth

Maxi-Mil is handled by the dedicated Anitox Feed Milling technology team. Their years of experience, and in-depth knowledge of the product portfolio and the whole feed manufacturing process ensures Maxi-Mil users benefit from the most suitable product for each situation.

Applied to feed as part of the Maxi-Mil Program, Maxi-Mil products can:

• reduce process loss
• improve pellet feed throughput
• reduce pellet mill power consumption
• improve pellet qualityinhibit mold growth

Description
Maxi-Mil is a liquid processing aid, used for the production of animal feed as part of the Anitox Maxi-Mil Program. With surfactant and lubrication characteristics, most variants within the Maxi-Mil product portfolio also offer mold inhibition.

The ingredients in Maxi-Mil are non-toxic when used at recommended rates and FDA/EU approved for use in most animal species and human foods. There are no known residues and no withdrawal periods.

The Maxi-Mil Product Family

Effectiveness

The addition of Maxi-Mil solution provides valuable benefits:

• increased moisture retention during cooling process
• improved conditioning: better moisture retention allows better thermal acceptance of the pellet press and more thorough heating of the meal
• particles, resulting in better gelatinization of starch, plasticization of proteins and softening of fiber
• reduced pellet mill energy requirement
• improved pellet stability and PDI index
  
• less fines