— A Key Component in Cleanroom Engineering
- Definition of Flooring Engineering
Flooring engineering refers to the systematic process of designing, constructing, and maintaining building floors, involving techniques such as concrete base treatment, wear-resistant layer installation, and anti-static coatings. According to the ISO 9001:2015 Quality Management System standards, flooring engineering must meet three core criteria: functionality, durability, and safety.
- Special Requirements in Cleanroom Engineering
In cleanroom engineering (referencing ISO 14644-1 standards), flooring must possess:
• Dust-free and non-shedding properties (compliant with FS209E standards)
• Chemical corrosion resistance (tested per ASTM D1308)
• Conductive/anti-static functionality (per IEC 61340-5-1 standards)
- Application Characteristics in the Myanmar Market
To accommodate Myanmar's hot and humid climate (average humidity >80%), we employ flooring construction techniques based on the German DIN 18560 standard, with emphasis on:
(1) Moisture barrier treatment (thickness ≥0.2mm)
(2) High-temperature-resistant epoxy coatings (withstands up to 50°C)
(3) Anti-mold and antibacterial additives (compliant with ISO 22196 standards)
- Project Acceptance Standards
Strict adherence to international triple acceptance standards:
• Flatness (≤2mm gap under a 3m straightedge)
• Compressive strength (≥25MPa, per EN 13892 standards)
• Cleanliness (particle counting method, ISO 14644-3)