Hanna HI3895 Agriculture test kit10 tests ea

Hanna HI3895 NPK Soil Chemical Test Kit 10 Tests Each

The Hanna HI3895 Agriculture test kit10 tests ea is an essential soil testing kit designed for agricultural professionals, educators, and gardening enthusiasts. It enables rapid and reliable analysis of key soil nutrients—nitrogen (N), phosphorus (P), potassium (K)—as well as pH, providing crucial insights into soil health and fertility. Using colorimetric and turbidimetric methods, this kit offers an easy-to-use, field-ready solution to assess soil quality before planting or fertilizing.

Key Features

• All-in-One Soil Testing: Simultaneously test for nitrogen, phosphorus, potassium, and pH in one complete kit.

• User-Friendly Design: Simple procedures using color changes or turbidity make it suitable for both professionals and beginners.

• Reusable Equipment: Includes reusable plastic components and test tubes for consistent use.

• Individual Reagents Available: Reagents can be replaced individually as needed, maximizing cost-efficiency.

• Ideal for Field Use: Compact and portable design allows for on-site testing without the need for laboratory instruments.

• Color-Coded Result Chart: Visual comparisons are simplified with included color charts for easy interpretation.

Specifications

• Product Name: NPK Soil Chemical Test Kit (10 tests each) – HI3895

• SKU: HI3895

pH Measurement

• Type: Colorimetric (pH indicators)

• Range: 4 to 9 pH

• Resolution: 1 pH unit

• Number of Tests: 10

Nitrogen (Total)

• Type: Colorimetric

• Range: Trace, Low, Medium, High

• Method: NED

• Number of Tests: 10

Nitrate

• Type: Colorimetric

• Range: Trace, Low, Medium, High

• Method: NED

• Number of Tests: 10

Phosphorus

• Type: Colorimetric

• Range: Trace, Low, Medium, High

• Method: Ascorbic acid

• Number of Tests: 10

Potassium

• Type: Turbidimetric

• Range: Trace, Low, Medium, High

• Method: Tetraphenylborate

• Number of Tests: 10

Applications

• Agriculture and Farming: Optimize fertilization strategies based on nutrient availability and soil pH.

• Horticulture and Gardening: Identify nutrient deficiencies to improve plant health and productivity.

• Soil Research and Education: An excellent tool for teaching soil chemistry and conducting field studies.

• Landscaping and Turf Management: Ensure proper nutrient balance to support healthy grass and plant growth.

• Environmental Monitoring: Useful for assessing soil conditions in environmental impact assessments or restoration projects.