Deionized Water

Product Overview

Distilled Deionized Water (H2O) is ultra-pure water that meets ASTM D1193 Type II specifications for laboratory, datacenter cooling, AI infrastructure, electronics manufacturing, and analytical applications. Each batch is tested and verified with a Certificate of Analysis showing actual test results including NIST-traceable conductivity measurements.

Key Properties

Common Applications

Datacenter & High-Performance Computing Cooling: Critical coolant for liquid cooling infrastructure in enterprise datacenters and hyperscale facilities. Ultra-low conductivity (0.050 µS/cm) prevents corrosion, scaling, and electrical conductivity issues in direct-to-chip cooling systems, cold plates, and immersion cooling deployments.

AI Infrastructure & GPU Cluster Cooling: Essential cooling medium for AI training clusters and GPU-accelerated computing systems generating extreme heat loads from NVIDIA H100, A100, AMD MI300 accelerators. Prevents mineral buildup in microchannel heat exchangers and maintains consistent cooling performance in both air-assisted liquid cooling and full immersion systems.

Semiconductor & Electronics Manufacturing: Precision cleaning and rinsing of silicon wafers, circuit boards, and microelectronic components. Meets stringent purity requirements for photolithography, wet etching, wafer cleaning, and final rinse processes. Essential for manufacturing PCBs, integrated circuits, and MEMS devices where ionic contamination must be eliminated.

Laboratory Analysis & Analytical Testing: Critical reagent for preparing standards, buffers, and mobile phases in HPLC, GC-MS, ICP-MS, and other analytical instrumentation. ASTM Type II specifications ensure accurate, reproducible results in trace analysis, environmental testing, pharmaceutical QC, and research applications.

Pharmaceutical & Biotechnology: High-purity water for buffer preparation, cell culture media, equipment rinsing, and cleaning validation. Suitable for laboratory research, bioreactor operations, and equipment maintenance in drug development and biotech facilities.

Battery Technologies & Energy Storage: Essential for lithium-ion battery production, lead-acid battery maintenance, and electrolyte preparation. Critical for EV battery manufacturing, grid-scale storage systems, and UPS battery maintenance where water purity impacts performance and longevity.

Industrial Processing: Cooling system maintenance for high-performance equipment, laser cutting systems, CNC coolant preparation, steam generation, and industrial humidification. Prevents scale buildup and corrosion in boilers, heat exchangers, and closed-loop cooling systems.

Medical & Dental Equipment: Equipment rinsing, autoclave operation, and medical device cleaning. Used in dental clinics for ultrasonic cleaners, sterilization equipment, and handpiece maintenance where ultra-low mineral content prevents scale deposits.

Safety Precautions

Deionized water requires proper handling to maintain purity specifications. Store in clean, non-metallic containers such as HDPE or PTFE to prevent ionic contamination. Keep containers sealed and minimize exposure to air to prevent CO₂ absorption, which can lower pH and increase conductivity over time. Avoid storage in glass or metal containers. Store in a cool, dry location away from direct sunlight and heat sources. For datacenter and industrial cooling applications, implement proper system design to prevent microbial growth and maintain water quality throughout circulation systems. Regular conductivity monitoring recommended to verify ongoing quality maintenance. Not intended for human consumption.

Benefits

Our distilled deionized water maintains consistent ultra-high purity specifications with verified conductivity levels (0.050 µS/cm), making it ideal for mission-critical datacenter operations, AI infrastructure cooling systems, and laboratory applications. The ultra-low conductivity prevents electrical shorts and corrosion in sensitive cooling equipment while maximizing heat transfer efficiency. Regular testing ensures reliable performance in critical applications. Each batch includes conductivity verification traceable to NIST Standard Reference Material (SRM 3193) for regulatory compliance. The product meets ASTM D1193 Type II specifications and undergoes multiple purification stages including distillation, ion exchange, and filtration to achieve superior quality standards. Every order includes a Certificate of Analysis with actual test results, lot numbers, and complete documentation supporting quality control requirements and regulatory compliance.