The Taylor Reagent DPD Powder R-0870 is a specialized testing reagent used in pool and spa water analysis. When added to a water sample, it reacts to indicate the presence of free and combined chlorine through a color change, facilitating accurate measurement of chlorine levels. This reagent is a key component in the FAS-DPD titration method, known for its precision in monitoring water sanitization. Regular testing with the R-0870 powder helps maintain balanced water chemistry, ensuring a safe and pleasant swimming environment. The reagent is compatible with various Taylor test kits and is recognized for its reliability in delivering consistent results. 

Key Features:

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

• Easy to Use: Simple addition to water samples, facilitating straightforward testing procedures.

• Reliable Results: 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 powder to use for each test.

Incorporating the Taylor Reagent DPD Powder R-0870 into your regular pool and spa maintenance routine ensures precise monitoring of chlorine levels, contributing to a safe and pleasant swimming environment.