Key Features:
- Ultra-High Aspect Ratio: BC fibers have diameters ranging from 50 to 100 nm and lengths exceeding 20 µm, resulting in an ultra-high aspect ratio that contributes to superior mechanical properties.
- Exceptional Water Absorption: With a water absorption rate approximately 200 times its own weight, BC serves as an ideal carrier material in applications requiring high moisture content.
- High Purity and Crystallinity: BC is chemically pure, free from lignin and hemicellulose, and exhibits a crystalline structure classified as Cellulose Type I, ensuring consistent performance in specialized applications.
Material Data:
Property | Specification |
Product Name | Bacterial Cellulose Dispersion |
Chemical Composition | Cellulose |
Concentration | 0.6% |
Fiber Diameter | 50–100 nm |
Fiber Length | >20 µm |
Crystal Structure | Cellulose Type I |
Surface Functional Groups | Hydroxyl |
Applications:
BC dispersion's unique properties make it suitable for a wide range of applications:
High-Strength Gels: Utilized in the formulation of robust gels for medical and industrial uses.
Specialty Paper Production: Enhances the physical properties of paper, including tensile strength and stiffness, making it ideal for specialty paper grades. Bioresources
Acoustic Membranes: Serves as a key component in earphone diaphragms, improving sound quality due to its superior mechanical properties.
Pharmaceutical Excipients: Acts as a carrier in drug delivery systems, benefiting from its biocompatibility and high water retention.
Cosmetic Products: Incorporated into facial masks and skincare products for its excellent moisture retention and skin-friendly attributes.
Usage Instructions:
Block Gel Form: For applications requiring block gels, specify the desired dimensions (length, width, thickness) in advance to ensure precise customization.
Gel Powder Form: Adjust the concentration according to the required solid content to achieve optimal performance in various formulations.
By leveraging the unique properties of bacterial cellulose dispersion, industries can enhance product performance and explore innovative applications across multiple sectors.
