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| Special uses: high-strength gel, special paper, earphone membrane, pharmaceutical excipients, facial mask, etc.; Ultra-high aspect ratio fibrous nanomaterials obtained from sugars fermented by Clostridium aceticum. | |||||||||
(1 Introduction
Special uses: high-strength gel, special paper, earphone membrane, pharmaceutical excipients, facial mask, etc.;
Ultra-high aspect ratio fibrous nanomaterials obtained from sugars fermented by Clostridium aceticum.
(2) Materialized data
| Product name | bacterial cellulose film |
| chemical composition | cellulose |
| Specifications and models | 2% |
| fiber diameter | 50~100nm |
| fiber length | >20 μm |
| Crystal structure | Cellulose Type I |
| surface functional groups | Hydroxyl |
(3) Product appearance
(4) Product characterization
SEM image of BC
(5) Instructions for use
BC is an ultra-high aspect ratio fibrous nanomaterial obtained by biological fermentation of Clostridium acetiformis using sugar as raw material.The fiber diameter is 50~100nm, the length is greater than 20um, and the water absorption rate is about 200 times.Its gel has high strength and good water retention properties, making it an ideal carrier material for cosmetics and medicines.At the same time, it has an ultra-long crystal structure, and its mechanical strength far exceeds that of ordinary plant fibers, making it an ideal reinforcing material.
Instructions:
1. For block gel, the length, width and thickness must be agreed upon in advance.
2. Gel powder, adjusted to specific concentration according to solid content.
(1 Introduction
Special uses: high-strength gel, special paper, earphone membrane, pharmaceutical excipients, facial mask, etc.;
Ultra-high aspect ratio fibrous nanomaterials obtained from sugars fermented by Clostridium aceticum.
(2) Materialized data
| Product name | bacterial cellulose film |
| chemical composition | cellulose |
| Specifications and models | 2% |
| fiber diameter | 50~100nm |
| fiber length | >20 μm |
| Crystal structure | Cellulose Type I |
| surface functional groups | Hydroxyl |
(3) Product appearance
(4) Product characterization
SEM image of BC
(5) Instructions for use
BC is an ultra-high aspect ratio fibrous nanomaterial obtained by biological fermentation of Clostridium acetiformis using sugar as raw material.The fiber diameter is 50~100nm, the length is greater than 20um, and the water absorption rate is about 200 times.Its gel has high strength and good water retention properties, making it an ideal carrier material for cosmetics and medicines.At the same time, it has an ultra-long crystal structure, and its mechanical strength far exceeds that of ordinary plant fibers, making it an ideal reinforcing material.
Instructions:
1. For block gel, the length, width and thickness must be agreed upon in advance.
2. Gel powder, adjusted to specific concentration according to solid content.
