Variation ID | Product Code | Pack Size | List Price | Qty | ||
---|---|---|---|---|---|---|
photo_camera | 267.1 | 1 Pack
267.1 |
£17.84 |
J-QUANT Active Oxygen 25, 100 Strips: Specifically designed for the precise measurement of active oxygen concentrations in aqueous solutions, these quantitative test strips are ideal for environmental monitoring, water treatment, and laboratory use.
Convenient Form Factor: Each pack contains 100 quantitative test strips, housed in a sturdy, protective plastic case for secure storage and easy access.
Measurement Range and Accuracy: Calibrated for active oxygen levels, these strips provide a precise and reliable reading, offering a semi-quantitative result with clear, easy-to-interpret colour changes that can be matched against a printed colour chart.
Reliable and Easy to Use: J-QUANT Active Oxygen strips are engineered for high accuracy, allowing users to obtain consistent, dependable results without contamination, making them suitable for both fieldwork and laboratory settings.
Shipped from our Manchester, UK Facility: Manufactured with high-quality, chemical-resistant materials to ensure durability and accuracy, our strips meet international standards for performance and reliability.
Water Treatment
Used in monitoring the concentration of active oxygen in water systems to ensure optimal treatment levels and disinfection effectiveness.
Environmental Monitoring
Ideal for testing the oxygen levels in natural water bodies, such as lakes, rivers, and streams, to assess water quality and ecosystem health.
Laboratory Applications
A valuable tool for research and quality control, helping to measure active oxygen concentrations in various chemical processes and experiments.
Industrial Applications
Essential for quality assurance in industrial processes where accurate oxygen measurement is required for product safety and efficiency.
Educational Use
A useful resource for teaching students about active oxygen and its role in environmental science, chemistry, and water treatment processes.