Guizhou Phosphate Chemical Group Empower Harvests with Greater Confidence

For millions of farmers, choosing fertilizer is like choosing a reliable partner.
It must deliver sufficient nutrients, matching the needs of crops at every growth stage.
It must perform steadily in the field, even under low temperatures, nutrient-deficient soil and other stressful conditions.
It must offer excellent cost-effectiveness, helping farmers optimize input costs and increase income.

To meet these needs, Guizhou Phosphate Chemical Group (hereinafter referred to as GPC) proudly presents its new flagship product:
LinZunXiang 57% Enhanced Diammonium Phosphate (DAP).

Backed by the Group’s full industrial chain strength and core technologies, it solves the common pain points of traditional

phosphate fertilizers:
    low utilization rate, short effective period and poor stress resistance.

It injects long-lasting vitality into crop growth, giving farmers full confidence in high and stable yields.

Quality Guaranteed in Every Bag
GPC owns high-quality phosphate ore resources and rich R&D and production experience.
Our products cover major crop-producing areas across China, and have become the trusted choice of countless farmers for stable

quality and reliable performance.

LinZunXiang 57% DAP is produced in strict accordance with national standards, with full-process quality control from raw material

selection to final delivery.

The granules are uniform and free of mechanical impurities.
It has also obtained Eco-Friendly Product Certification, ensuring efficient nutrient supply while protecting soil health,

balancing land utilization and soil conservation.

Core Technologies Targeting Farming Pain Points
Powered by high-polymerization ammonium polyphosphate + Wengfu No.3 Technology, LinZunXiang 57% DAP effectively solves key challenges

in traditional phosphate fertilization.

✅ Solves “easy phosphorus fixation & low utilization”
Added with high-purity ammonium polyphosphate (polymerization rate up to 90%), it improves phosphorus mobility in soil, reduces

phosphorus immobilization and loss, and features slow-release and long-lasting effects for extended fertilization efficiency, avoiding nutrient deficiency in the late crop stage and boosting phosphorus utilization.

Meanwhile, ammonium polyphosphate chelates medium and trace elements in soil, making nutrients more absorbable for crops.
One application delivers multiple nutrients in one go.

✅ Solves “weak seedlings & poor stress resistance”
Supported by Wengfu No.3 Technology, it vigorously promotes root development and enhances crop stress resistance.
Under low-temperature stress, it better protects seedlings at early growth stage, reduces yield loss risk from cold damage, helping

crops get a strong start.

Proven Results: Real Yield Increase & Cost Saving
Excellent fertilizer speaks with field data, not just concepts.
Fertilizer products using the same core granules (with Wengfu No.3 Technology) have undergone field demonstrations on corn and rice

in Harbin, Heilongjiang.

    Test results issued by the Cultivation Research Institute of Heilongjiang Academy of Agricultural Sciences confirm clear yield and income growth.

Corn demonstration fields: Cost saving & income increase of 75.9 yuan per acre.
Rice demonstration fields: Cost saving & income increase of 43.8 yuan per acre.
Enhanced technologies bring not only higher nutrient efficiency, but also tangible growth in farming profits, delivering a more

impressive input-output ratio.

Wide Adaptability & Flexible Application
LinZunXiang 57% Enhanced DAP is widely adaptable for wheat, corn, rice, cotton, fruits, vegetables and many other crops.
From spring plowing to autumn harvests,

choose Guizhou Phosphate Chemical Group,

    choose LinZunXiang, and embrace a long-lasting, efficient fertilizing experienceand a more assured harvest.

National Service Hotline: 400-996-7788
Farmers and agricultural material partners are welcome to inquire and purchase.

Warm Reminder: Due to differences in soil, climate and farming practices across regions, please apply scientifically based on local conditions. For details, consult local agricultural technicians.