Oemeta POLYPHASE P20T

• Specialized Fungal Control: Delivers aggressive, broad-spectrum efficacy against a wide range of molds and yeasts that cause "slime," filter clogging, and flow restrictions.
• IPBC Technology: Powered by 3-iodo-2-propynyl butylcarbamate (IPBC), the industry-standard active ingredient for persistent fungal remediation.
• Non-Alkaline Formulation: Contains no pH buffers, ensuring that the additive does not cause an upward shift in the coolant's pH level or destabilize sensitive emulsions (unlike amine-based biocides).
• Targeted Remediation: Specifically attacks fungal metabolic pathways without interfering with the performance of existing bacterial control agents (bactericides).
• Rapid Biofilm Disruption: Penetrates established fungal mats and biofilms that accumulate on machine surfaces and internal piping.
• Prevention of Clogged Systems: Halts the production of fungal biomass that leads to restricted coolant flow, pump failure, and poor tool cooling.

The Science of Targeted Fungicidal Control
Oemeta POLYPHASE P20T utilizes an active 3-iodo-2-propynyl butylcarbamate (IPBC) engine. This chemical specifically targets the cell walls of fungi and yeasts, providing a "heavy-lifting" response when biological parameters fall outside of manageable ranges. Because it lacks pH-adjusting components, it is an ideal tool for precision shops where maintaining a specific pH window is critical for material compatibility and emulsion stability.

Operational Reliability and Machine Health
Unchecked fungal growth doesn't just block filters; it creates a biological "nest" that can harbor bacteria and lead to premature fluid degradation. By integrating POLYPHASE P20T at the first sign of fungal activity (such as visible surface slime or a "musty" odor), manufacturers can avoid the massive costs of emergency system drains and unplanned downtime.