| Feature | Traditional Formaldehyde Donors | Old CMIT/MIT Blends | Acticide LV 508 New | | :--- | :--- | :--- | :--- | | | High | Medium | Ultra-Low (<5 g/L) | | Formaldehyde Release | Yes | No | No | | pH Stability | Up to 9 | 4–8 | 2–12 | | Temperature Tolerance | <50°C | <40°C | <70°C | | Skin Sensitization Label | H317 (often high) | H317 (high) | H317 (low/controlled) | | Odor | Pungent | Slight sulfur | Negligible |
Industrial manufacturing systems are continuously exposed to microorganisms. Bacteria, fungi, and yeasts thrive in aqueous environments, causing biofilm development, foul odors, emulsion breakdown, and structural damage.
: Highly effective against Aspergillus , Penicillium , Fusarium , and various destructive yeast strains.
Ensure your fluid matrix stays within the recommended pH parameters specified on the official THOR Technical Data Sheet (TDS) to avoid active ingredient precipitation. Safety, Handling, and Storage acticide lv 508 new
Integrating this formulation into fluid management workflows delivers significant operational advantages:
The company’s semi-synthetic MWF concentrate had a short in-use sump life of only 3 weeks, with frequent foul odors and operator complaints of skin irritation. Solution: Reformulated with Acticide LV 508 New at 0.30% in the concentrate. Result: Sump life extended to 12 weeks. Bacterial counts dropped from 10^7 CFU/mL to <10^3 CFU/mL within 48 hours of dosing. Dermatitis complaints reduced by 70% due to lower endotoxin levels.
, ensuring that while the chemicals are lethal to microbes, they remain manageable for industrial safety and environmental compliance. Conclusion | Feature | Traditional Formaldehyde Donors | Old
Industrial environments, particularly those involving metalworking, provide ideal conditions for microbial proliferation. High humidity, warmth, and the organic components of synthetic fluids create a breeding ground for fungi and bacteria. Without intervention, these microorganisms lead to "spoilage," which manifests as foul odours, fluid separation, and the formation of biofilms that can clog machinery. Acticide LV 508 acts as a chemical shield, ensuring the "wet-state" stability of these fluids during both storage and active use. Mechanism and Application
Acticide LV 508 New employs a multi-pronged biochemical attack, making it difficult for microbes to develop resistance.
Industrial adhesives, sealants, and polymer bases require long-term storage stability. Fungi can aggressively metabolize raw materials, resulting in a loss of viscosity, foul odors, and phase separation. Integrating sodium pyrithione preserves the wet-state structural integrity of these polymer backings and formulations. 3. Paints and Architectural Coatings Biocides - Metalworking Fluids - ACTI-CHEM SA Ensure your fluid matrix stays within the recommended
To achieve optimal results, Acticide LV 508 New should be added during the manufacturing process at a specific stage to ensure uniform dispersion. While a precise dosage for this new variant is unavailable, general guidance suggests an effective concentration of 0.1% to 0.5% of the total formulation weight.
Disclaimer: This text is for informational purposes only. Always refer to the official manufacturer's technical data sheet and safety data sheet for precise usage instructions and regulatory compliance.
| Feature | Traditional Formaldehyde Donors | Old CMIT/MIT Blends | Acticide LV 508 New | | :--- | :--- | :--- | :--- | | | High | Medium | Ultra-Low (<5 g/L) | | Formaldehyde Release | Yes | No | No | | pH Stability | Up to 9 | 4–8 | 2–12 | | Temperature Tolerance | <50°C | <40°C | <70°C | | Skin Sensitization Label | H317 (often high) | H317 (high) | H317 (low/controlled) | | Odor | Pungent | Slight sulfur | Negligible |
Industrial manufacturing systems are continuously exposed to microorganisms. Bacteria, fungi, and yeasts thrive in aqueous environments, causing biofilm development, foul odors, emulsion breakdown, and structural damage.
: Highly effective against Aspergillus , Penicillium , Fusarium , and various destructive yeast strains.
Ensure your fluid matrix stays within the recommended pH parameters specified on the official THOR Technical Data Sheet (TDS) to avoid active ingredient precipitation. Safety, Handling, and Storage
Integrating this formulation into fluid management workflows delivers significant operational advantages:
The company’s semi-synthetic MWF concentrate had a short in-use sump life of only 3 weeks, with frequent foul odors and operator complaints of skin irritation. Solution: Reformulated with Acticide LV 508 New at 0.30% in the concentrate. Result: Sump life extended to 12 weeks. Bacterial counts dropped from 10^7 CFU/mL to <10^3 CFU/mL within 48 hours of dosing. Dermatitis complaints reduced by 70% due to lower endotoxin levels.
, ensuring that while the chemicals are lethal to microbes, they remain manageable for industrial safety and environmental compliance. Conclusion
Industrial environments, particularly those involving metalworking, provide ideal conditions for microbial proliferation. High humidity, warmth, and the organic components of synthetic fluids create a breeding ground for fungi and bacteria. Without intervention, these microorganisms lead to "spoilage," which manifests as foul odours, fluid separation, and the formation of biofilms that can clog machinery. Acticide LV 508 acts as a chemical shield, ensuring the "wet-state" stability of these fluids during both storage and active use. Mechanism and Application
Acticide LV 508 New employs a multi-pronged biochemical attack, making it difficult for microbes to develop resistance.
Industrial adhesives, sealants, and polymer bases require long-term storage stability. Fungi can aggressively metabolize raw materials, resulting in a loss of viscosity, foul odors, and phase separation. Integrating sodium pyrithione preserves the wet-state structural integrity of these polymer backings and formulations. 3. Paints and Architectural Coatings Biocides - Metalworking Fluids - ACTI-CHEM SA
To achieve optimal results, Acticide LV 508 New should be added during the manufacturing process at a specific stage to ensure uniform dispersion. While a precise dosage for this new variant is unavailable, general guidance suggests an effective concentration of 0.1% to 0.5% of the total formulation weight.
Disclaimer: This text is for informational purposes only. Always refer to the official manufacturer's technical data sheet and safety data sheet for precise usage instructions and regulatory compliance.