The high-pressure turbulent disperser has demonstrated unique advantages in the biological industry, such as efficient nanoscale dispersion, low-temperature process protection activity, high-precision homogenization, sterile design and compliance, and has become a core equipment in fields such as biomedicine and biomaterials.
1. Efficient nanoscale dispersion capability: breaking through the bottleneck of biomaterial preparation
The high-pressure turbulent disperser can disperse bioactive molecules, nano drug carriers and other materials to the nanoscale through the synergistic effect of high pressure and turbulent shear force, significantly improving product performance:
In the field of biomedicine, this technology can achieve homogenization of drug particle size, improve drug solubility, stability, and bioavailability in the preparation of nano drug carriers.
In the field of biomaterials: In applications such as graphene exfoliation and carbon nanotube dispersion, high-pressure turbulent dispersers effectively open carbon nanotube aggregates through physical shear, collision, hole effects, and other forces, and uniformly disperse them in solvents to improve dispersion efficiency, providing key support for the development of high-performance biomaterials such as biosensors and tissue engineering scaffolds.
2. Low temperature process protection activity: adapted to the biological industry's demand for mild conditions
The biotechnology industry is temperature sensitive, and high temperatures can easily cause protein denaturation, enzyme inactivation, or DNA damage. The high-pressure turbulent disperser is designed to operate at low temperatures throughout the entire process, avoiding material heating and protecting bioactive ingredients during the high-pressure dispersion process
Protein micronization: In the preparation of micronized soy protein, high-pressure microjet treatment can reduce the exposure of protein active groups, making protein particles less prone to unfolding in the heat treatment environment and more stable in structure.
Optimization of vaccine adjuvants: In vaccine production, low-temperature dispersion technology can prevent the aggregation of adjuvant components due to high temperatures, ensuring the stability and immunogenicity of the vaccine.
3. High precision homogenization: improving the consistency and quality of biological products
The biotechnology industry has high requirements for product uniformity. The high-pressure turbulent disperser achieves precise control of the dispersion process through technologies such as diamond crushing valves and high-precision pressure sensors
Preparation of nano liposomes: In the field of biomedicine, high-pressure homogenization technology can optimize the particle size distribution of nano liposomes, improve their physical stability, and enhance drug delivery efficiency.
Performance improvement of CMP polishing solution: In semiconductor microchip manufacturing, high-pressure turbulent disperser can avoid soft agglomeration phenomenon, stabilize the particle diameter in the polishing solution at about 100nm, significantly improve polishing uniformity and surface quality.
4. Aseptic design and compliance: meet the stringent standards of the biotechnology industry
The biotechnology industry has strict requirements for equipment cleanliness and sterility. The high-pressure turbulent disperser reduces the risk of cross contamination through online SIP/CIP functionality and GMP compliant design
Pharmaceutical industry application: When preparing biological agents such as fat granules, microemulsions, liposomes, etc., the equipment can achieve full aseptic operation to ensure that the products meet pharmacopoeia standards.
In the field of food and cosmetics, aseptic design can extend the shelf life of products and enhance safety in the dispersion of bioactive ingredients.