Variation ID | Product Code | Pack Size | List Price | Qty | ||
---|---|---|---|---|---|---|
photo_camera | 164.1C | 1 Pack
164.1C |
£9.20 |
J-QUANT Chlorine 1000: Specifically designed for measuring very high chlorine levels in aqueous solutions, these quantitative test strips are ideal for heavy-duty industrial applications, water treatment, and environmental monitoring.
Convenient Form Factor: Each pack contains 100 quantitative test strips, securely housed in a durable plastic case for easy storage and access.
Measurement Range and Accuracy: Calibrated for chlorine concentrations up to 1000 mg/L, these strips provide semi-quantitative readings with clear and accurate colour changes that can be easily matched against a printed colour chart for precise results.
Reliable and Easy to Use: J-QUANT Chlorine strips ensure reliable and consistent measurements in both field and laboratory environments, with minimal interference from common water contaminants.
Shipped from our Manchester, UK Facility: Manufactured using high-quality, chemical-resistant materials, these strips provide long-lasting accuracy and dependable performance for a wide range of applications.
Frequent Uses
Industrial Applications
Ideal for measuring high chlorine concentrations in industrial settings, including large-scale disinfection, cooling water systems, and sanitation processes.
Water Treatment
Used in industrial and municipal water treatment facilities to monitor high chlorine levels for effective disinfection and ensure compliance with health and safety regulations.
Environmental Monitoring
Perfect for assessing elevated chlorine levels in wastewater discharge, surface water, and other environmental samples to evaluate potential environmental impacts.
Swimming Pool Maintenance
Essential for measuring high chlorine levels in large pools or spas, ensuring safe water quality and proper sanitation.
Laboratory and Research Use
A valuable tool for laboratory experiments and studies that require accurate measurement of chlorine concentrations in high levels.