Taylor R-0861-C Copper Reagent #2 - 2 Ounce

Precise Copper Testing for Clear Pool Water

Taylor R-0861-C Copper Reagent #2 is a liquid reagent used in Taylor pool water testing kits to determine copper concentration. It is part of the copper test protocol that pairs with Copper Reagent #1 to produce a color change that indicates copper levels in pool water. Supplied in a 2-ounce bottle, it integrates seamlessly with the standard test system for routine maintenance and accurate readings.

Construction, Compatibility and Integration

R-0861-C is a liquid reagent designed for use with Taylor's copper testing protocol in pool water analysis. It works in conjunction with Copper Reagent #1 within the kit’s colorimetric assay to determine copper concentration. The bottle is sized for easy handling in typical maintenance workflows and integrates with the standard Taylor test kit lineup, ensuring consistent results when used as directed with the accompanying reagents and instruction sheet.

Ideal For

• System compatibility: Works with Taylor copper test kits that use the paired Reagents #1 and #2 for pool water copper analysis
• Replacement or maintenance context: Used during routine pool testing to verify copper levels and guide treatment to prevent staining or discoloration
• Performance outcome: Supports accurate, colorimetric copper readings when used with the kit’s protocol
• Installation or configuration context: Provided in a compact 2-ounce bottle for straightforward dispensing and alignment with standard testing procedures

Key Features

• Volume: 2 fl oz (59 ml) bottle
• Reagent type: Copper Reagent #2 used in Taylor copper test protocol with Reagent #1
• Compatibility: Designed for use with Taylor test kits that include the copper testing protocol
• Assay method: Colorimetric copper determination within the standard Taylor test procedure

Taylor Technologies is a long-standing leader in pool and spa water testing, known for precise reagents and comprehensive testing kits designed for reliable on-site analysis and straightforward maintenance workflows.