Customization: | Available |
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CAS No.: | 3909500000 |
Formula: | Inapplicability |
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In the demanding environment of precision instrument manufacturing, where sensitivity to contamination, static discharge, and surface imperfections is critical, the Anti-Bacterial Polyurethane Anti-Static Self-Leveling Mortar Floor emerges as a cutting-edge solution. Designed specifically for cleanrooms, laboratories, and production facilities in the precision engineering sector, this flooring system integrates advanced antimicrobial protection, electrostatic discharge (ESD) control, and seamless self-leveling properties to create a safe, hygienic, and high-performance workspace.
This mortar floor is engineered to meet the stringent requirements of ISO 14644 cleanroom standards and ESD Association (ESDA) guidelines, ensuring compatibility with sensitive electronic components, optical instruments, and medical devices. By combining polyurethane resin technology with conductive fillers and antimicrobial additives, it addresses three critical challenges in precision manufacturing: microbial contamination, static electricity buildup, and surface unevenness.
Material Composition:
Performance Metrics:
Parameter | Value/Compliance |
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ESD Control | IEC 61340-5-1, ANSI/ESD S20.20 |
Antimicrobial Efficacy | ISO 22196 (≥99.9% reduction in 24 hours) |
Chemical Resistance | Resistant to alcohols, ketones, and mild acids/alkalis |
Thermal Shock | Withstands -40°C to +80°C cycles |
Fire Rating | Class Bfl-s1 (EN 13501-1) |
VOC Emissions | <10 g/L (compliant with LEED v4) |
3.1. Antimicrobial Protection
The integration of silver ions and nano-ZnO disrupts microbial cell walls and inhibits biofilm formation, critical in environments where sterile conditions are non-negotiable. Unlike topical coatings, the antimicrobial agents are embedded throughout the mortar matrix, ensuring lifelong efficacy even after repeated cleaning.
3.2. ESD Control for Safety & Product Integrity
Static discharge events can damage sensitive electronics (e.g., MEMS sensors, CMOS chips) and impair instrument calibration. This floor's conductive network provides a grounded pathway for electrostatic charges, with surface resistivity customizable to meet specific ESD control zones (EPA, ESA, or ESD).
3.3. Seamless, Self-Leveling Finish
The fluid-applied mortar fills cracks and imperfections, creating a continuous, joint-free surface. This reduces particle entrapment and simplifies cleaning protocols, aligning with ISO 14644-1 cleanroom classification standards.
3.4. Chemical & Mechanical Durability
Resistant to harsh disinfectants and heavy rolling loads (up to 3,000 kg/m²), the floor maintains integrity in high-traffic areas and aggressive cleaning regimens.
3.5. Rapid Installation & Low Downtime
The self-leveling formulation allows for fast application (1,000-1,500 m²/day per crew) and curing (walkable in 8-12 hours, fully cured in 72 hours), minimizing facility downtime.
Case Study:
At a leading photonics manufacturer, this flooring reduced microbial contamination by 87% (post-installation swab tests) and eliminated static-related defects in laser diode assembly.
5.1. Substrate Preparation
5.2. Mixing & Application
5.3. Curing & Testing
5.4. Post-Installation
The Anti-Bacterial Polyurethane Anti-Static Self-Leveling Mortar Floor redefines flooring solutions for precision instrument factories, harmonizing hygiene, safety, and operational efficiency. By addressing microbial risks, static threats, and surface imperfections in a single system, it enables manufacturers to comply with global standards while safeguarding product quality. With rapid installation, minimal maintenance, and a lifecycle spanning over a decade, it is a strategic investment in facility excellence.