Dionizer Elga Can

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The Dionizer Elga Can is a high-performance deionization cartridge used for producing ultra-pure water in laboratory and industrial water purification systems. Specifically designed for compatibility with ELGA water systems, this canister contains high-capacity ion exchange resins that effectively remove dissolved ionic contaminants such as salts, minerals, and metal ions from feedwater. The result is deionized water of high resistivity suitable for sensitive analytical and experimental procedures. Dionizer Elga Cans are crucial in maintaining water purity for applications involving spectroscopy, chromatography, microbiology, and molecular biology. These sealed, easy-to-replace cartridges ensure consistent water quality, system integrity, and regulatory compliance across various laboratory environments.

Description

Uses
Primary Uses
Laboratory Water Purification Systems

  • Produces high-resistivity water (typically 18.2 MΩ·cm) for analytical-grade procedures.

  • Used in HPLC, GC-MS, and ICP-MS applications to avoid interference from ions.

  • Essential for preparation of reagents, buffers, and media in molecular biology.

  • Supports clean rinsing in glassware washing systems.

  • Provides ultra-pure water for spectrophotometric and electrochemical analysis.

Secondary Uses
Industrial, Pharmaceutical, and Clinical Settings

  • Used in pharmaceutical production for preparation of injectable and non-injectable solutions.

  • Applied in electronics manufacturing for rinsing and cleaning sensitive components.

  • Utilized in clinical labs for sample dilution and equipment sterilization.

  • Integrated into water polishing stages in ultrapure water systems.

  • Suitable for feed to ultrapure water systems with UV and ultrafiltration modules.

PRODUCT KEY FEATURES

Basic Identification Attributes

  • Type: Ion-exchange deionization cartridge

  • Compatibility: Designed for ELGA and similar deionization systems

  • Form: Cylindrical sealed canister with inlet/outlet fittings

  • Contents: Mixed-bed ion exchange resins (cation and anion)

Physical & Chemical Properties

  • Output Water Quality: Up to 18.2 MΩ·cm resistivity

  • Capacity: Varies by size; typically rated in liters or µS·cm breakthrough levels

  • Resin Life: Dependent on feedwater quality and usage rate

  • No added chemicals or additives; operates via physical ion exchange

Safety & Hazard Attributes

  • Non-toxic, sealed unit; no user exposure to internal media

  • Pressure-rated container designed to withstand normal system flow rates

  • Improper installation may cause leakage or reduced performance

Storage & Handling Attributes

  • Store in cool, dry conditions away from direct sunlight

  • Avoid freezing temperatures that could damage resin structure

  • Keep sealed until installation to prevent premature saturation

  • Handle with care to avoid damage to fittings or casing

Regulatory & Compliance Attributes

  • Compliant with ISO and GLP laboratory water quality standards

  • Suitable for use in systems meeting ASTM Type I and II water specifications

  • Manufactured to meet ELGA and general laboratory purification requirements

Environmental & Health Impact

  • Environmentally friendly when disposed of through proper resin regeneration or recycling channels

  • Resin cartridges can often be returned or regenerated for reuse

  • Promotes sustainable water purification by reducing bottled water dependency

SAFETY HANDLING PRECAUTIONS

Safety Handling Precautions

  • Follow equipment manufacturer guidelines when replacing cartridge

  • Ensure proper depressurization before cartridge removal

  • Use gloves if required to handle cartridge in contaminated environments

First Aid Measures

  • Not hazardous in normal use

  • In case of cartridge breakage and resin contact with eyes or skin: Rinse thoroughly and seek medical advice if irritation persists

  • If ingested (resin beads), seek medical assistance immediately

Firefighting Measures

  • Non-flammable; cartridge materials are stable under normal conditions

  • In case of fire in surrounding area, use dry chemical or COâ‚‚ extinguishers

  • Avoid inhaling smoke from any plastic components or housing materials