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J-QUANT Iron 5 (Fe2+), 100 strips Group Picture

J-QUANT Iron 5 (Fe2+), 100 strips

Excl. VAT Incl. VAT
Code: 273.1
  Pack Size List Price Qty  
photo_camera 1 Pack
273.1
£9.20
Pack: 1 Pack

£9.20

J-QUANT Iron 5 (Fe²⁺): Designed for the accurate and reliable measurement of ferrous iron (Fe²⁺) concentrations in aqueous solutions, these quantitative test strips are ideal for water quality testing, environmental monitoring, and industrial applications.

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 ferrous iron (Fe²⁺) concentrations up to 5 mg/L, these strips provide semi-quantitative readings with clear colour changes that can be matched against a printed colour chart for precise results.

Reliable and Easy to Use: J-QUANT Iron 5 strips ensure consistent and dependable readings, offering accurate results with minimal interference from other elements in the sample.

Shipped from our Manchester, UK Facility: Manufactured using high-quality, chemical-resistant materials, these strips guarantee accuracy and long-lasting performance in a variety of testing environments.

Frequent Uses

Water Quality Testing

Ideal for monitoring ferrous iron (Fe²⁺) levels in drinking water, groundwater, and wastewater, ensuring compliance with environmental and health standards.

Industrial Applications

Used in industrial processes such as water treatment and cooling systems, where monitoring ferrous iron is critical to prevent corrosion and scaling.

Environmental Monitoring

Perfect for evaluating ferrous iron concentrations in surface water and runoff, helping to assess the environmental impact of industrial activities and pollution.

Agricultural Testing

Helpful for testing irrigation water and soil to ensure proper iron levels for healthy plant growth, especially in iron-deficient regions.

Laboratory Applications

A reliable tool for researchers and chemists to measure ferrous iron (Fe²⁺) concentrations in laboratory experiments and environmental studies.

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