Continuous network
Microfibrils contact each other in aqueous case, forming a continuous and insoluble α-Link three-dimensional network.
Home cleaning and treatment with NatFibra® fiber suspension stabilizer
BacFiber® HPC
Structural material for granules, Fragrance microcapsules and low viscosity home washing systems
Microfibrils form a continuous three-dimensional network in aqueous case for the development of laundry fluids, laundry pods, hard-surface cleaning agents and home-based aroma products.
View Materials Structure- microfibrils diameter
- About 20-40 nm
- Microfibrils Length
- More than μm
- Material formation
- Sugar microbes fermentation
3-D microfibrils structure in the home care system
BacFiber HPC is a NatFibra® fiber for laundry fluids, laundry pods, detergents, and home aroma system. The products are sugar-based fermentation materials, produced by micro-organisms, fermentation, purification and product formation.
Microfibrils are interwoven after aqueous case, forming a continuous and insoluble three-dimensional network. The structure is used to support dispersed particles and Fragrance microcapsules and to participate in the water distribution of the system and the low shear structure.
The actual effects are related to surfactant composition, particle or microcyst specification, salt content, pH, product additions and processing conditions.
- Molecular Structure
- Beta-1, 4 glycocodic Bond connections
- Structure Form
- 3D continuous microfibrils network
- Research
- Suspended .. microcapsules ..water status
20-40 nm microfibrils
NatFibra® fiber and its hierarchy
The cellulose is formed by a glucose monomer connection through β-1,4 glycosidic bond. BacFiber HPC uses NatFibra® fiber in diameters of approximately 20-40 nm, longer than micrometres.
The nanoscale diameter forms a larger spect ratio with a hyper-micro length and enables microfibrils to establish more contact points in liquids.
Fermentation forms the microfibrils, followed by purification and home-care formulation
Sugar sources and bacteria metabolize by micro-organisms to bio-cellulose. After the fermentation product has been purified, the product is organized according to the dispersed and suspended demand of the home wash system.
- 01Sugar sources and bacterial species
Microbiological fermentation starter
- 02Fermentation
NatFibra® fiber
- 03Purification
Remove culture and fermentation residues
- 04Product formulation
Configure for home-based care needs
- 05Quality confirmation
Filling after product indicator recognition
α-Link 3D network
Structural particle support under low shear
BacFiber HPC was dispersed into a continuous network of α-Link three-dimensional microfibrils. When static, dispersed particles are located in cyberspace and supported by structures that reduce deposition or upswing caused by density differences.
This mode of action is not the same as simply increasing overall stickiness. Formulation should be developed with a simultaneous examination of yield conditions, low-cut viscosity, flow curves, touch recovery and static stability.
Particle support
(c) Provide structural support for dispersed particles at static times and reduce sedimentation or upswing caused by density differences.
Flow retention
Structural effects are concentrated in low-cutting states, and formulation still requires recognition of dumping, pumping and filling performance.
Microscaping and fabric evaluation
Evaluation of fragrance microcapsules in formulations and on fabrics
BacFiber® HPC microfibrils can serve as a micro-scattered structural basis for the clean-up process. In the washing process, the entanglement and exposure between the microfibrils network, Fragrance microcapsules and fabric fibres can be used in sedimentation studies of microcapsules on fabric surfaces.
The presence of aroma is influenced by micro-cystic walls, particles, aromatic loads, surfactant systems, washing procedures, fabric types and drying conditions.
- Microscaping
- Walls, particles and aroma loads
- Laundry conditions
- Surface active agent systems and washing procedures
- fabric evaluation
- Type of fabric, dry condition and slurry
- Release evaluation
- Gas intensity and release process
Combining water with free water
Water distribution around cellulose molecular chains
The cellulose molecular chain contains multiple hydroxyl radicals and can interact with water molecules through hydrogen keys. The moisture in the microfibrils network can be integrated with cellulose structures or relatively isolated.
The laundry pods system should evaluate membrane compatibility and storage stability in conjunction with total water content, hydroactivity, membrane type and storage conditions.
07 / Condensation Low viscosity suspension and processing confirmation
Suspension structure, filling flow and seal quality
The laundry pods material needs to combine the suspension of particles or microcapsules, the fluidity of fillings and the cleanness of closed areas. The three-dimensional network of BacFiber HPC is used to provide granular support under lower matrix viscosity conditions.
Practical applications should confirm nozzle breakage, strinking, measuring precision, containment and membrane integrity by filling equipment.
Water Status
Total water content, hydroactivity and ratio of combined water to free water
Processing flow
Filling flow, nozzle break, stanning and measuring precision
Seal quality
Cleanness, leakage and membrane integrity of closed areas
Storage confirmation
Objective temperature and membrane compatibility and stability under cycle
Home laundry application01 02 03 04
Laundry, cleaning and home aura system
Liquid laundry detergent
Fragmentation and suspension of insoluble particles, eyeballs and Fragrance microcapsules.
Laundry pods
Particle or microscape suspension in low viscosity, as well as studies on moisture state and process mobility.
Hard-surface cleaners
Particle-containing cleaning systems are evenly dispersed and staticly stable.
Home fragrance products
Fragrance microcapsules or other fragmented structures are stable.
Confirm material performance in the complete formulation and actual process
Product additions, dispersive processes and applicable boundaries shall be determined on the basis of the objective validation tests.
Dispersion and structure
- Predispersion, order of additions, cut speed and cut time
- Density, particle size, surface properties and additions of particles or microcapsules
- Low shear viscosity, yield style, flow curve and touch recovery
Formulation compatibility
- Surface active agent type, active content and ion type
- Systems pH, salt content, solvents and perfumes
- Dispersion of particles and microcapsulesules in fullformulation
Finished product and process
- Still, centrifugal, temperature cycle and target shelf Period
- Hydraulic activity, membrane compatibility, filling strining and seal quality
- Post-washed fabric deposits, aromatic strength and release processes
Information on materials and applications
- Product name
- BacFiber® HPC
- Type of product
- Home cleaning and treatment with NatFibra® fiber suspension stabilizer
- Main constituents
- cellulose
- Molecular Structure
- glucose monomer connected by Beta-1, 4 glycosidic Bond
- Material formation
- Sugar is fermented by microbes, purified and product formation
- microfibrils diameter
- About 20-40 nm
- Microfibrils Length
- More than μm
- Network structure
- A continuous and insoluble α-Link 3D microfibril network
- Main roles
- Particle suspension, microcyst dispersion, low shear structure regulation and moisture status studies
- Applications
- Laundry liquids, laundry pods, hard-surface cleaning agents and home-based fragrance products