Brief: Join us for a close-up look at this solution and see it in action. In this video, we showcase the installation of a 10T/H ultrapure water machine in Malaysia, specifically designed for Atomic Absorption Spectroscopy (AAS). You'll see the complete purification process, from raw water intake to the final AAS usage point, and learn how this CE/ISO-certified system ensures ppt-level metal control for accurate trace analysis.
Related Product Features:
CE/ISO certified 5000LPH industrial water purifier designed specifically for Atomic Absorption Spectroscopy (AAS) applications.
Multi-stage purification process including RO, EDI, UV sterilization, and sub-boiling distillation for ultra-pure water quality.
Achieves resistivity ≥18.24 MΩ*cm and total metal ions < 0.01 ppb to prevent background interference in AAS analysis.
Features heavy metal chelating resin and dedicated pathways for high-risk elements like Hg and Pb.
Includes nitrogen-sealed storage and pasteurization to maintain water purity from production to point of use.
Suitable for standard solution preparation, sample pre-treatment, blank control, and instrument pipeline flushing.
Configurable capacity based on raw water source and required production output (e.g., 5m³/H to 500m³/H).
Provides guidelines for proper quotation including water analysis and application specifics.
FAQs:
What water quality standards does this AAS ultrapure water system achieve?
The system produces water with resistivity ≥18.24 MΩ*cm, total metal ions < 0.01 ppb, individual target elements like Pb and Hg < 0.001 ppb, particles >0.2μm < 0.1 particle/ml, and TOC < 5 ppb, meeting strict AAS grade requirements.
What is the purification process used in this industrial water purifier?
The process includes multimedia filtration, activated carbon, water softening, dual-pass RO, EDI, UV sterilization, microporous filtration, pasteurization, heavy metal chelating resin, and sub-boiling distillation, ending with nitrogen-sealed storage for AAS usage points.
How do I get a proper quotation for this ultrapure water equipment?
Provide details on your raw water source (tap, well, or sea water), a water analysis report (TDS, conductivity, etc.), required production capacity (e.g., 5m³/H), and the intended application (industrial, food and beverage, etc.) for an accurate quote.