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The environmental excellence of Potassium Polyacrylate BIOSK-205, a revolutionary solution designed with sustainability in mind. By incorporating 10%~30% bio-based materials, this polymer not only offers exceptional degradability but also reduces environmental impact. Elevate your agricultural practices with BIOSK-205, ensuring a greener and more eco-friendly approach to soil moisture management.
Eco-Friendly Composition:
BIOSK-205 integrates 10%~30% bio-based materials, providing a more sustainable and environmentally friendly solution.
Exceptional Degradability:
With excellent degradability, BIOSK-205 minimizes its environmental footprint, contributing to a healthier and more sustainable ecosystem.
Reduced Environmental Impact:
By utilizing bio-based materials, BIOSK-205 actively reduces its impact on the environment, promoting responsible and sustainable agricultural practices.
Versatile Application Spectrum:
BIOSK-205's eco-friendly composition makes it suitable for a wide range of agricultural applications, ensuring versatility in its use.
Contribution to Sustainable Agriculture:
BIOSK-205 not only enhances soil moisture management but also supports the shift towards sustainable agriculture, aligning with global environmental goals.
| Product Overview Less Dosage · Higher Absorbency · More Efficient | ||
| Product model | SOCO® Polymer BIOSK-205 | |
| Appearance | Yellow Granular | |
| Particle size | 0.83-4mm，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-205 is an innovative super absorbent polymer designed with sustainability in mind. It contributes to environmental excellence by incorporating 10%~30% bio-based materials, offering exceptional degradability and reducing environmental impact.
BIOSK-205 contributes to a greener and more eco-friendly approach by incorporating bio-based materials, reducing environmental impact, and promoting responsible soil moisture management practices.
BIOSK-205 contributes to a greener and more eco-friendly approach by incorporating bio-based materials, reducing environmental impact, and promoting responsible soil moisture management practices.
Incorporating 10%~30% bio-based materials into BIOSK-205 means a significant portion of the polymer is derived from renewable sources. This feature enhances environmental sustainability by reducing reliance on non-renewable resources and promoting a greener approach to soil moisture management.
The exceptional degradability of BIOSK-205 benefits the environment by minimizing long-term environmental impact. Considerations for application may include following manufacturer guidelines for optimal performance and responsible use.
BIOSK-205 is suitable for organic farming practices. Its eco-friendly composition aligns with environmentally conscious agriculture, making it a viable option for those seeking sustainable and organic soil moisture management solutions.
BIOSK-205 contributes to reducing water usage in agriculture by enhancing water retention in the soil. This promotes water conservation efforts by optimizing the use of available water resources.
Yes, BIOSK-205 can be used alongside other soil amendments or fertilizers. It complements existing environmental stewardship practices by providing sustainable moisture management, aligning with efforts to reduce the environmental impact of agricultural practices.
BIOSK-205 revolutionizes soil moisture management by providing efficient water retention. The incorporation of bio-based materials enhances its environmental performance, offering benefits for crops and plants through sustainable moisture control.
