Variation ID | Product Code | Pack Size | List Price | Qty | ||
---|---|---|---|---|---|---|
photo_camera | 231.1 | 1 Pack
231.1 |
£24.11 |
J-QUANT Gluteraldehyde 2.5: Designed for accurate and reliable measurement of glutaraldehyde concentrations in aqueous solutions, these quantitative test strips are ideal for applications in healthcare, industrial cleaning, and water treatment.
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 glutaraldehyde concentrations up to 2.5 mg/L, these strips provide semi-quantitative readings with distinct colour changes that can be matched against a printed colour chart for accurate results.
Reliable and Easy to Use: J-QUANT Gluteraldehyde strips ensure dependable performance with minimal interference from other common contaminants, providing accurate results in a range of testing environments.
Shipped from our Manchester, UK Facility: Manufactured using high-quality, chemical-resistant materials, these strips guarantee long-lasting accuracy and consistency for various glutaraldehyde testing applications.
Healthcare and Sterilisation Monitoring
Ideal for monitoring glutaraldehyde concentrations in sterilisation processes used in hospitals, laboratories, and dental practices, ensuring proper disinfection and safety standards.
Industrial Cleaning
Used for verifying glutaraldehyde levels in industrial cleaning solutions, ensuring effective surface disinfection in manufacturing environments.
Water Treatment
Perfect for assessing glutaraldehyde concentrations in water treatment facilities, ensuring the correct chemical dosage for disinfection and biocide applications.
Environmental Testing
Used for evaluating glutaraldehyde contamination in surface and wastewater samples, particularly in industries where chemical runoff is a concern.
Laboratory Applications
A valuable tool for researchers conducting glutaraldehyde analysis in chemical and biological studies, ensuring accurate measurements in experimental settings.