In the age of precision agriculture, guessing your soil conditions is no longer enough. For farmers, greenhouse operators, and garden professionals, soil pH and temperature determine how well crops absorb nutrients, grow roots, and produce healthy yields.
pH affects nutrient availability: Even with correct fertilizers, wrong pH can lock nutrients out.
Soil temperature impacts root activity: Germination and microbial activity depend on thermal conditions.
Fertilizer inefficiency
Incorrect soil pH causes fertilizers to underperform, increasing costs and decreasing yield.
Lack of real-time soil data
Lab testing is slow, expensive, and not scalable across large fields.
Over- or under-correction of soil pH
Without precise data, soil amendments (lime, sulfur) are often misapplied.
A vegetable farm in California used to apply soil treatments uniformly across fields. After using PH-2023 to map soil pH zone by zone:
Yield increased by 28% in adjusted areas
Fertilizer use dropped by 20%
Less soil erosion and healthier root development
Data is now used to plan seasonal crop rotations
Wide pH Range (0.00–14.00) – Suitable for all soil types
Accurate Temperature Detection (±1°C) – Supports seed germination and soil health decisions
Auto Temperature Compensation – Ensures accurate readings in field conditions
Waterproof & Rugged – Built to survive real farming environments
Portable & Battery-Powered – No cords, no delays—test anywhere, anytime
Simple Operation – Designed for farmers, not just scientists
PH-2023 solves the problem of inefficient and costly soil management. It replaces guesswork with real data, helping growers make faster, smarter decisions about fertilizers, planting schedules, and crop health.
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Contact Person: Miss. Feng
Tel: +8613510920092