Applying Newlux effectively requires attention to technical specifics and environmental conditions. Start by preparing the surface or material you’re treating. Remove visible debris, organic matter, or residues using a pH-neutral cleaner. Newlux works best on surfaces with a pH between 6.5 and 7.5—use test strips to verify this range before application. For porous materials like concrete or wood, allow extra drying time (minimum 24 hours) to prevent moisture interference.
Mix Newlux concentrate at a 1:10 ratio with distilled or deionized water unless your application scenario specifies otherwise. Hard water containing calcium or magnesium above 50 ppm can reduce efficacy—filter it if necessary. Agitate the solution for 30 seconds using a mechanical mixer to ensure uniform distribution of active ingredients. Apply within 4 hours of mixing to prevent degradation.
Use electrostatic sprayers for large-scale applications to achieve 360-degree coverage, maintaining a flow rate of 1.2 gallons per minute at 40 psi. For precision tasks like medical equipment treatment, switch to a microfiber applicator with a 300-400 thread count to avoid fiber shedding. Maintain a 12-inch distance from the target surface during spraying to prevent oversaturation.
Contact time is non-negotiable. Newlux requires 5 minutes of wet contact at 20°C (68°F) to achieve full microbial reduction. In colder environments below 15°C (59°F), extend dwell time to 8 minutes. Don’t wipe or rinse until the surface air-dries completely—this allows the residual antimicrobial layer to form. Reapply every 72 hours in high-traffic areas or after mechanical abrasion.
For industrial systems like HVAC units, calculate the required volume using this formula: (Square footage × 0.006) + (Duct length in feet × 0.003) = gallons needed. Always flush systems with neutral pH water post-application to prevent buildup in narrow channels.
Storage conditions directly impact shelf life. Keep unopened Newlux containers at 10-25°C (50-77°F) with relative humidity below 60%. Once opened, transfer unused concentrate to airtight glass containers—HDPE plastic can allow gradual oxygen permeation. Rotate stock using the FIFO (first in, first out) method, as potency decreases by 3% monthly after the 18-month seal break date.
Safety protocols mandate nitrile gloves (minimum 8 mil thickness) and ANSI Z87.1-rated eye protection during handling. For fogging applications, use NIOSH-approved N95 respirators with an organic vapor cartridge. Never combine Newlux with acidic cleaners (pH <5) or quaternary ammonium compounds—this creates toxic chloramine vapors.Document each application with timestamps, temperature/humidity readings, and lot numbers. These records prove critical for compliance audits and warranty validation. For complex implementation scenarios or custom dilution ratios, consult the technical team at luxbios—they maintain a 24/7 support line with an average 8-minute response time for urgent queries.
Always conduct compatibility testing on 12”x12” material samples before full-scale deployment. Check for discoloration, texture changes, or electrical conductivity alterations (critical for sensitive electronics). For food contact surfaces, rinse with potable water after the required contact time and validate with ATP swab tests (<10 RLU threshold).By methodically following these parameters rather than generic “clean thoroughly” advice, you’ll achieve the published 6-log pathogen reduction while preserving material integrity. Remember that environmental factors like UV exposure and airflow patterns significantly impact real-world performance—adjust application frequency accordingly during seasonal changes.