The Taylor R-0871 FAS-DPD Titrating Reagent is an essential component for accurate chlorine testing in pool and spa maintenance. Utilized in the FAS-DPD titration method, this reagent allows for precise determination of both free and combined chlorine levels, contributing to balanced and safe water conditions. Regular monitoring with this reagent helps maintain optimal sanitizer levels, ensuring a healthy swimming environment. The R-0871 reagent is compatible with various Taylor test kits and is recognized for its reliability in delivering consistent and accurate results. 

Key Features:

• Accurate Chlorine Measurement: Enables precise determination of free and combined chlorine levels in pool and spa water.

• Easy Application: Simple dropper bottle design allows for straightforward addition to water samples during testing.

• Reliable Performance: Provides consistent and dependable readings, essential for effective water quality management.

• Compatibility: Designed for use with Taylor’s FAS-DPD test kits, ensuring seamless integration into existing testing routines.

Benefits:

• Enhanced Water Safety: Accurate chlorine measurements help maintain proper sanitization, ensuring swimmer safety.

• Efficient Pool Maintenance: Assists in promptly identifying chlorine imbalances, allowing for timely adjustments to water treatment protocols.

• Cost-Effective: Regular testing with reliable reagents can prevent overuse of chemicals, leading to cost savings in pool maintenance.

Usage Tips:

• Proper Storage: Store the reagent in a cool, dry place away from direct sunlight to maintain its efficacy.

• Shelf Life: Be mindful of the reagent’s shelf life; using fresh reagents ensures the accuracy of test results.

• Follow Instructions: Adhere to the testing kit’s guidelines for the correct amount of reagent to use for each test.

Incorporating the Taylor R-0871 FAS-DPD Titrating Reagent into your regular pool and spa maintenance routine ensures precise monitoring of chlorine levels, contributing to a safe and pleasant swimming environment.