Soil Conditioner

1. Basic Product Introduction

Soil Conditioner is functional agricultural material for restoring degraded farmland and optimizing soil physical, chemical and micro-ecological environment. Main raw materials include sodium humate, potassium humate, potassium fulvate, seaweed extract, mineral organic matter, beneficial bacteria, chelated medium & trace elements and organic polysaccharides. Available in powder, granule and liquid forms, suitable for broadcasting, soil flushing, drip irrigation and root irrigation. Widely applied in continuous cropping greenhouses, saline-alkali land, acidified soil, compacted clay, barren sandy soil and degraded orchard soil for field crops, fruits, vegetables, seedlings and Chinese medicinal herbs.

2. Core Functional Advantages

1. Break soil compaction and form stable soil aggregates

Loosen clay and compacted soil to build granular structure, improve soil air and water permeability, solve poor water infiltration and root rot caused by waterlogging; enhance water & nutrient retention of sandy soil to reduce water and fertilizer leaching loss.

2. Bidirectional pH regulation to improve saline-alkali and acidified soil

• For acid greenhouse soil: Neutralize excess hydrogen ions, relieve soil acidification from long-term chemical fertilizer application, prevent root acid damage and blocked absorption of calcium & magnesium;
• For saline-alkali land with surface salt efflorescence: Chelate surface salt ions, lower soil EC value, alleviate salt stress that leads to poor germination, root burn and stunted seedlings; Form a stable acid-base buffer system to maintain long-term balanced soil pH.

3. Activate immobilized soil nutrients and raise fertilizer efficiency greatly

Abundant carboxyl and phenolic hydroxyl groups chelate fixed phosphorus, potassium, calcium, magnesium, iron, zinc and boron in soil, converting unavailable mineral nutrients into absorbable ionic state for crops. Reduce nitrogen volatilization and phosphorus solidification, boost fertilizer utilization rate by 20%–40%, cut compound fertilizer dosage and planting cost.

4. Supplement soil organic matter and restore soil fertility degraded by chemical fertilizers

Supply continuous organic carbon sources to lift soil organic matter content and improve barren sandy soil and long-term monoculture farmland. Provide carbon source for beneficial soil microbes to multiply, suppress soil-borne pathogens causing root rot, fusarium wilt and nematode diseases, and mitigate continuous cropping obstacles.