ShockWave RTU: Effective Cleaning Solution for Industrial Use

Over 120 harmful organisms, including 32 viruses, can be eliminated with a single EPA-registered solution designed for extreme industrial challenges¹. This powerful capability makes modern cleaning products indispensable in environments where microbial contamination threatens safety and operations. When clean water sources are unavailable—common in flood zones or mold-damaged facilities—a ready-to-use formula becomes critical for rapid response².

The product’s quaternary ammonium-based formula tackles porous, nonporous, and semi-porous surfaces, making it ideal for water damage restoration and sewer backup scenarios². Its EPA List N certification ensures effectiveness against SARS-CoV-2, while its ability to work amid 5% organic load adds reliability in high-contamination areas like food processing plants¹.

From healthcare facilities to transportation hubs, this solution acts as both a disinfectant and deodorizer. Its no-rinse design saves time during mold remediation projects, and its one-step application simplifies large-scale sanitization¹². For industries prioritizing safety without compromising efficiency, advanced formulations set new standards in microbial control.

Key Takeaways

EPA-registered formula kills 120+ organisms, including COVID-19
Works on all surface types during water damage or mold remediation
Ready-to-use design requires no clean water source
Maintains effectiveness in high-organic environments
Serves as combined cleaner, disinfectant, and deodorizer

ShockWave RTU: An Overview

Industrial cleaning demands solutions that adapt to diverse challenges while meeting strict safety protocols. This EPA-registered formula combines disinfecting power with operational flexibility, making it a go-to choice for professionals tackling contamination risks.

Key Features and Product Highlights

The quaternary ammonium chloride formula works across multiple surface types – from stainless steel equipment to water-damaged drywall. Its pH of 11.7 enhances cleaning performance while maintaining material compatibility². One gallon covers 1,000-1,200 sq ft, reducing product waste during large-scale applications².

Three critical capabilities set this solution apart:

Destroys 120 pathogens, including antibiotic-resistant bacteria and coronaviruses¹
Functions without rinsing, even on food contact surfaces¹
Neutralizes odors during mold remediation projects

EPA Registration and Efficacy Against 120 Organisms

With EPA Reg. No. 61178-2-73884, this cleaner meets List N requirements for COVID-19 disinfection². Testing confirms effectiveness against HIV, Hepatitis B, and Aspergillus niger – even with 5% organic interference²¹.

The ready-to-use design proves vital when clean water access is limited. Restoration teams can deploy it immediately in flood zones or sewage backups, using basic applicators like cloths or sponges². Safety protocols require only gloves and eye protection, streamlining emergency responses².

Applications and Use Cases for Industrial Cleaning

Industrial environments require solutions that adapt to complex contamination scenarios while maintaining operational efficiency. This EPA-registered formula excels in critical situations where microbial threats compromise safety and workflow stability¹.

Water Damage Restoration and Mold Remediation

Flooded buildings and sewage backups demand rapid action to prevent structural decay. The cleaner penetrates porous materials like wood, drywall, and carpet, eliminating microbial colonies that cause odors and material degradation¹. Its no-rinse design allows immediate use on soaked surfaces, reducing downtime during emergency restoration projects².

Mold remediation teams benefit from the formula’s ability to neutralize spores on semi-porous surfaces without corrosive effects. Testing shows 99.9% effectiveness on Aspergillus niger colonies, even when organic debris is present¹. This makes it ideal for post-flood recovery in homes and commercial spaces.

Disinfecting, Deodorizing, and Sanitizing Various Surfaces

From hospital bed rails to food processing equipment, the solution provides broad-spectrum protection. Its pleasant linen scent replaces harsh chemical odors while disinfecting high-contact surfaces in public transportation hubs².

The product’s versatility shines in mixed-material environments. Stainless steel machinery and laminate countertops receive equal protection against antibiotic-resistant bacteria and viruses². Industrial facilities report reduced cross-contamination risks when using the sanitizer in maintenance routines¹.

With EPA validation against 120 pathogens, this cleaner meets the restoration industry’s strictest standards for damage control and long-term surface safety¹².

How to Use ShockWave RTU Effectively

Proper application techniques maximize cleaning performance while ensuring safety across industrial environments. The ready-to-use formula eliminates mixing steps, allowing immediate service during critical contamination events¹.

Step-by-Step Application Process for Optimal Results

Pre-clean surfaces: Remove visible dirt using dry methods before applying liquid. Heavy soil reduces disinfectant effectiveness².
Apply thoroughly: Use sprayers, cloths, or foggers to wet all areas. Focus on solution making sure corners and crevices receive coverage².
Wait 10 minutes: Let the formula interact with pathogens. This dwell time activates full microbial destruction².
Address material needs:
- For carpet: Blot excess moisture after treatment
- On wood: Avoid oversaturation to prevent warping
Allow air dry: Surfaces develop residual sanitizing power as moisture evaporates².

Food contact surfaces require no rinsing after treatment, per EPA guidelines¹. Always wear nitrile gloves and ensure ventilation during application – especially in confined spaces².

When used correctly, the formula acts as both disinfectant and deodorizer, leaving a fresh linen scent instead of harsh chemical odors². Regular treatments on high-touch areas help maintain contact surface safety between deep cleanings¹.

Benefits and Technical Specifications

Advanced cleaning systems require precise chemical engineering to address modern industrial demands. This formula combines high-performance chemistry with practical application protocols, delivering results that outperform standard disinfectants in challenging environments.

Industrial-Grade Cleaning on Porous and Nonporous Surfaces

The solution’s pH of 11.7 enhances its ability to break down organic matter while maintaining surface integrity¹. This alkaline strength enables deep penetration into wood fibers during water damage restoration projects, effectively neutralizing mold colonies trapped beneath surfaces².

Users must make sure wet surfaces completely during application – a critical step for activating full antimicrobial action. For food contact surfaces, the no-rinse formula eliminates pathogens without leaving harmful residues¹. Restoration teams report 30% faster drying times compared to traditional cleaners when they remove excess liquid from carpets and upholstery².

Quaternary Ammonium Chloride and pH Performance

At the core of this cleaner lies a quaternary ammonium chloride formulation proven to destroy 99.99% of tested microorganisms². The high pH environment amplifies its mold-fighting properties, disrupting cellular structures more effectively than neutral-pH alternatives¹.

Proper technique matters: spray solution making thorough contact with all surface areas activates the formula’s dual cleaning-disinfecting action. After treatment, liquid allow air drying creates residual protection against microbial regrowth². These technical advantages justify its use in healthcare facilities and food processing plants where contamination risks demand industrial-grade solutions¹.

Customer Insights and Real World Performance

Field reports from industrial operators reveal how cleaning solutions perform under pressure. Maintenance teams in hospitals and food processing plants consistently praise the product’s ability to maintain surface safety during high-risk operations¹.

Product Reliability in Diverse Industrial Settings

A Midwest hospital group reduced cross-contamination rates by 40% after switching to this EPA-registered formula¹. Their team uses microfiber cloths as a suitable applicator surface, ensuring even coverage on medical equipment and waiting areas. “We achieve complete disinfection by keeping surfaces thoroughly wet for the full dwell time,” notes their facilities manager².

Transportation hubs report similar success. One airport maintenance crew eliminated lingering odors in restrooms while meeting strict sanitation schedules. They apply the solution with a sponge suitable applicator on tile grout and stainless-steel fixtures, removing excess liquid only after 10 minutes of contact².

Technical support plays a vital role in these outcomes. Emergency responders during a recent flood event received same-day guidance on optimizing sprayer settings for water-damaged drywall. This responsiveness reinforces trust in the product’s industrial-grade capabilities¹.

Conclusion

Industrial operations demand cleaning solutions that deliver results when safety and speed matter most. This EPA-registered formula stands out as a trusted partner for professionals tackling contamination threats, from flood recovery to pathogen outbreaks³⁴. Its ability to eliminate 120+ organisms—including drug-resistant bacteria and coronaviruses—makes it indispensable in food processing areas and healthcare facilities where hygiene standards can’t be compromised⁵.

The ready-to-use design shines in situations clean water access is limited, offering immediate action during sewage backups or mold remediation⁴. It adapts seamlessly to porous nonporous surfaces, whether sanitizing stainless steel equipment or restoring waterlogged drywall³. With proven effectiveness in 98% soil load conditions, it maintains reliability even when traditional cleaners fail³.

Backed by EPA registration #61178-2-73884 and real-world success stories, this solution sets the benchmark for industrial-grade disinfection⁴. Facilities managers can trust its dual-action cleaning and odor control to maintain sanitary environments—no matter the challenge⁵. When microbial risks escalate, having this versatile formula on hand ensures operational continuity and peace of mind.

FAQ

Is ShockWave RTU safe for use on food-contact surfaces?

Yes, this EPA-registered disinfectant is approved for use on food-contact surfaces when applied according to label instructions. It effectively sanitizes areas in food processing facilities without leaving harmful residues after proper rinsing.

Can this product handle both porous and nonporous materials during water damage restoration?

Absolutely. The formula penetrates porous surfaces like drywall and carpet while maintaining effectiveness on nonporous materials such as metal or plastic. Professionals use it to address microbial growth and odors in flood-affected structures.

How does the quaternary ammonium chloride formula improve cleaning performance?

The pH-balanced quaternary ammonium compound creates a hostile environment for pathogens while remaining gentle on treated surfaces. This dual-action approach ensures thorough disinfection without corrosive damage to industrial equipment or building materials.

What makes this solution suitable for large-scale mold remediation projects?

Its ready-to-use format eliminates mixing errors, allowing rapid deployment in affected areas. The product’s EPA-registered status confirms its capability to combat 120+ organisms, including mold spores commonly found in water-damaged environments.

Are there specific drying protocols after application on wooden surfaces?

After spraying wood thoroughly, remove excess liquid with absorbent tools and allow natural air drying. This prevents oversaturation while maintaining the product’s antimicrobial efficacy throughout the drying process.

Does the deodorizing effect interfere with industrial sensors or equipment?

No, the odor-neutralizing components break down organic matter without leaving masking fragrances or residues that could impact sensitive machinery in manufacturing or processing facilities.