Taylor Water Technologies
Taylor R-0007-E Thiosulfate N/10 - 16 oz
Taylor R-0007-E Thiosulfate N/10 - 16 oz
Precise Chlorine Titration Reagent for Accurate Pool and Spa Tests
Taylor R-0007-E Thiosulfate N/10 is a 0.1 N sodium thiosulfate solution supplied in a 16 oz bottle. It is a key reagent in iodometric chlorine testing within Taylor Technologies pool and spa test kits, used to neutralize residual chlorine and halt the titration reaction so you can read a stable endpoint. This reagent fits cleanly into standard testing workflows for accurate free and total chlorine measurements in pool and spa water.
Construction, Compatibility and Integration
Formulated as a stable thiosulfate solution, R-0007-E is designed for compatibility with Taylor Technologies' chlorine testing procedures that rely on iodometric titration. The 16 oz bottle provides ample supply for routine testing and kit replenishment, and the reagent integrates with the broader Taylor pool and spa test systems to support consistent, reliable results across testing scenarios.
Ideal For
- System compatibility: Works with Taylor Technologies' iodometric chlorine testing workflows for pool and spa water.
- Replacement or maintenance context: Used during chlorine titration steps to neutralize residual oxidizers and secure a stable endpoint.
- Performance outcome: Helps deliver accurate free and total chlorine readings by properly quenching the reaction after endpoint.
- Installation or configuration context: Buy in bulk as a replenishment reagent for consistent test performance.
Key Features
- 0.1 N (N/10) sodium thiosulfate solution for chlorine titration workflows
- Volume: 16 oz (473 mL) bottle
- Designed for iodometric chlorine testing in pool and spa testing procedures
- Compatible with Taylor Technologies reagent systems and standard testing protocols
Taylor Technologies is a trusted leader in pool and spa water testing, known for precise reagents and comprehensive testing solutions that support accurate, reliable results across routine maintenance and professional settings.
