Introducing Hy-Sailing Attapulgite: Your Go-To Solution for Superior Fertilizers!
Discover the extraordinary capabilities of our attapulgite clay! Renowned for its unique physical and chemical properties, this non-metallic mineral boasts a layered magnesium aluminum silicate structure that is both intricate and powerful.
With its distinctive rod-shaped and fibrous crystals, this mineral features a vast array of pores that permeate its layers, complemented by surface grooves with alternating textures. This creates an expansive specific surface area that enhances its capabilities.
The structure houses a variety of irregularly sized pores and cavities, endowing it with remarkable adsorption, ion exchange, and catalytic powers. This makes it an indispensable component for diverse applications.
Easily accommodating most cations, water molecules, and suitably sized organic molecules, our attapulgite seamlessly integrates them into its porous structure, showcasing its superior adsorption properties.
Experience the transformative impact of our attapulgite as it enriches your soil with essential trace elements and organic nutrients, enhances fertilizer efficiency, and boosts both the yield and quality of crops.
Our attapulgite is a versatile powerhouse, extensively applied across numerous industries and agricultural sectors, with a special emphasis on compound fertilizers and soil enhancement.
I, The Innovative Uses of Compound Fertilizer Adhesive
Our specially processed attapulgite excels as a binder for compound fertilizers. It ensures a high granulation forming rate with minimal time, delivering robust granule strength and a smooth surface. It extends the fertilizer's retention time, boosts production capacity, reduces electricity consumption, and minimizes the need for costly raw materials like talcum powder and ammonium chloride.
Consequently, it has become a staple within major fertilizer industries, celebrated for its superior performance and cost-effectiveness.
As a natural and eco-friendly mineral material, it meets the rigorous environmental standards required for composite fertilizer binders, making it an ideal choice.
Leveraging its attributes as a fertilizer bonding agent offers unparalleled benefits:
1.1. It preserves the potency of fertilizers, curbing nutrient loss and maximizing effectiveness.
1.2. It amplifies the efficiency of compound fertilizers, ensuring optimal performance.
1.3. With attapulgite, achieve rapid granulation and resilient particle strength in compound fertilizer production.
1.4. Not only is attapulgite a fertilizer itself, but it also plays a crucial role in soil enhancement.
1.5. Thanks to its porous crystal structure, it significantly improves soil's physical properties, particularly water permeability.
1.6. The ion exchange capacity of attapulgite powder is instrumental in soil improvement.
II. Unveiling its Role as a Functional Adsorption Carrier for Slow-Release Fertilizers
The Concept of Slow-Release Carrier Particles
Our attapulgite, with its ion exchange and porosity, excels in adsorption, separation, and bidirectional regulation of nutrients like N, P, K. Initially, it absorbs these elements, releasing them when there's a dip in soil concentration, thus enhancing nutrient utilization. Recent studies highlight that modified bentonite effectively prevents nitrogen loss in fertilizers such as nitrate, sulfate, and urea. Attapulgite, whether as a coating or additive, offers a slow-release benefit for nutrients in fertilizers like calcium magnesium phosphate.
The process of crafting slow-release/controlled-release fertilizers through carrier adsorption fixation entails uniform dispersion and adsorption of fertilizers onto slow-release matrices, which are then gradually released as they desorb, dissolve, and degrade.
Attapulgite's composition of silicon oxygen tetrahedra and aluminum oxygen octahedra forms a layered structure, making it particularly adept at nutrient absorption and preservation.
This active mineral, with its high specific surface area and cation exchange capacity, is designed to nurture and retain nutrients, underpinning its pivotal role in controlled-release fertilizers.
Product Description
| Item No. |
Test Item |
Standard Specification |
| 1 |
Appearance |
A light, cream or buff, very fine powder, free or almost free from gritty particles |
| 2 |
Absorption Capacity |
The intensity of the 0.12% sample solution does not exceed 0.0012% of methylene blue standard solution |
| 3 |
Alkalinity |
7-9.50 |
| 4 |
Arsenic |
≤ 8.0PPM |
| 5 |
Heavy metal |
≤ 20.0 PPM |
| 6 |
Acid Soluble Matters |
≤ 0.25 mg |
| 7 |
Water Soluble Matters |
≤ 50.0 mg |
| 8 |
Loss on Drying (105 C) |
≤ 9.00% |
| 9 |
Particle size |
according to client request |
Packaging & Shipping
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