SpotOn Paper - Water Sensitive Paper for Spray Calibration

SpotOn® Paper is a water-sensitive, color-changing paper designed to provide quick and accurate visualization of spray coverage, droplet size, uniformity, and off-target application. Available in three sizes—1x3 inches, 2x3 inches, and 9.5x11.75 inches—this innovative tool is ideal for assessing and optimizing spray applications in agricultural, turf, and horticultural settings. Its yellow surface turns blue upon contact with water, making it easy to evaluate spray patterns and ensure effective application.

Key Features:

• Color-Changing Technology: Yellow paper turns blue upon contact with water, providing clear and immediate visualization of spray coverage.

• Humidity-Resistant: Does not warp in humid conditions, ensuring reliable performance in various environments.

• Reclosable Packaging: Unique fully sealed package with a reclosable seal maintains paper quality and extends shelf life.

• Desiccant Included: Comes with a desiccant packet to preserve paper sensitivity and performance.

• Economical: Cost-effective alternative to other spray visualization products on the market.

• Proprietary Production: Developed through an 18-month in-house program, ensuring consistent quality and performance.

Applications:

• Evaluating spray coverage and uniformity for agricultural, turf, and horticultural applications.

• Assessing droplet size and distribution to optimize spray efficiency.

• Identifying off-target spray drift and minimizing waste.

Technical Specifications:

• Sizes and Quantities:

  • 1x3 inches (25x76 mm): 50 pieces per package.

  • 2x3 inches (51x76 mm): 25 pieces per package.

  • 9.5x11.75 inches (241x298 mm): 5 pieces per package.

• Storage Recommendations:

  • Store in original packaging and reseal after use.

  • Use within 6 months of opening for optimal performance.

SpotOn® Paper is an essential tool for professionals seeking to improve spray application accuracy and efficiency, offering a simple yet effective solution for visualizing and optimizing spray patterns.