The eco-conscious advantages of Potassium Polyacrylate BIOSK-230, an innovative solution designed with sustainability at its core. Featuring the incorporation of 10%~30% bio-based materials, BIOSK-230 not only enhances its environmental friendliness but also exhibits excellent degradability. Elevate your agricultural practices with BIOSK-230, ensuring a more environmentally responsible approach to soil moisture management.
Eco-Friendly Composition:
BIOSK-230 incorporates 10%~30% bio-based materials, providing a greener and more sustainable alternative for soil moisture management.
Exceptional Degradability:
BIOSK-230 demonstrates outstanding degradability, minimizing its environmental impact and contributing to a healthier ecosystem.
Reduced Environmental Footprint:
With the inclusion of bio-based materials, BIOSK-230 actively reduces its environmental footprint, supporting eco-conscious agricultural practices.
Versatile Application Range:
BIOSK-230's environmentally friendly composition makes it versatile for various agricultural applications, ensuring adaptability across different scenarios.
Promoting Sustainable Agriculture:
BIOSK-230 not only optimizes soil moisture but also plays a role in promoting sustainable agriculture, aligning with global environmental sustainability goals.
| Product Overview Less Dosage · Higher Absorbency · More Efficient | ||
| Product model | SOCO® Polymer BIOSK-230 | |
| Appearance | Yellow Granular | |
| Particle size | 0.165-0.595mm，Customizable | |
| pH value (purewater) | 6.5-7.5 | |
| Water retention rate(pure water,ml/g) | ≥ 450 | |
| Potassium Content(%) | ≥10 | |
| Lead(Pb) | mg/kg | <2 |
| Cadmium(Cd) | mg/kg | <2 |
| Mercury(Hg) | mg/kg | <2 |
| Chromium(Cr) | mg/kg | <2 |
| Arsenic(As) | mg/kg | <10 |
| Barium(Ba) | mg/kg | <10 |
| Selenium(Se) | mg/kg | <10 |
| Cobalt(Co) | mg/kg | <5 |
| Copper(Cu) | mg/kg | <5 |
| NickeI (Ni) | mg/kg | <5 |
| Antimony(Sb) | mg/kg | <10 |
| Zinc(Zn) | mg/kg | <5 |
*For more details and information, please consult our specialists.
Potassium Polyacrylate BIOSK-230 is an innovative super absorbent polymer crafted with sustainability at its core. It embodies eco-conscious advantages by incorporating 10%~30% bio-based materials, enhancing its environmental friendliness, and exhibiting excellent degradability.
BIOSK-230 contributes to a more environmentally responsible approach by incorporating bio-based materials, reducing environmental impact, and promoting responsible water use in agriculture.
BIOSK-230 contributes to a more environmentally responsible and water-efficient agriculture by enhancing soil moisture retention. This promotes optimal water use efficiency and supports overall water conservation efforts.
BIOSK-230 showcases excellent degradability, meaning it naturally breaks down over time. This feature minimizes long-term environmental impact, aligning with a more sustainable and responsible approach to soil moisture management.
The inclusion of 10%~30% bio-based materials enhances the environmental friendliness of BIOSK-230 by reducing reliance on non-renewable resources. This eco-conscious feature supports sustainable soil moisture management.
Yes, BIOSK-230 can be seamlessly integrated into existing agricultural practices. Considerations for optimal application may include following manufacturer guidelines, adjusting dosage based on specific needs, and ensuring responsible use.
BIOSK-230 is suitable for a wide range of crops. Its adaptability allows it to cater to the specific moisture needs of different plants and vegetation, providing a versatile solution for diverse agricultural settings.
BIOSK-230 aligns with eco-friendly farming practices, offering advantages for those seeking environmentally conscious solutions. Its bio-based composition and excellent degradability make it a viable choice for sustainable agriculture.
Yes, BIOSK-230 can be used alongside other soil amendments or fertilizers. It complements existing environmental stewardship practices by providing a sustainable solution for moisture management, aligning with efforts to reduce environmental impact.
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