01 / Dosage
Dosage and viscosity
In the basic clean-up system with 1% NaCl, SP 9510-C triple dilution is 3-9% between 1 860-5 940 mPa.s.
SP 9510-C Triple DilutionAqua SF-1 ContrastNon-suspendant baseformulation
Fermented cellulose suspension stabilizerNatFibra®
NatFibra®
SP 9510-C
For shampoo, bathing and granular cleaning systems
NatFibra® fiber is spread over the surface active agent system and forms a continuous network that provides structural support for petals, sand particles, beads, microcapsules and other insoluble dispersive phase.
View formulation test data- Recommended addition
- 2%-10%
- Product pH
- 3-4
- Solid content
- ≥1.5%
- Process
- Cold/ Hot
01Product Overview
Structural basis
The microfibril network limits settling and creaming
NatFibra® SP 9510-C is structured on sugar-based fermented NatFibra® fiber and is made of glycerine, cellulose gum and water. Products primarily improve the ability of the clean system to withstand deposition in static and low shearing.
The actual suspension results are influenced by the composition of surfactants, salt content, pH, product viscosity, particle size, particle density and storage temperature. Additions and production conditions should be determined in the full context.
- Main group
- Glycerine, microcrystalline cellulose, sodium benzoate, sellulose gum, water
- Appearance
- Grey to yellow sticky liquid.
- Validation period
- 18 months
02Microfibrils Structure
NatFibra® fiber
20-40 nm The fibers are interwoven.
Fibre lengths exceed μm class. The higher spect rateo enables it to form a large number of points of contact in aqueous case and gradually connects it to a three-dimensional network. The cellulose chain is connected by glucose units via β-1,4 glycosidic bond.
The dispersion of microfibrils informulation depends on the order of filling, cutting conditions, surfactant composition and electrolyte content.
Low shear
At static, the microfibrils network limits the deposition or upswing of particles due to density differences.
After cuttingThe orientation of the network when pumped, filled or painted; the structure is re-established after cut.
Preparation process
Fermentation, purification and application formulation
The source of sugar is fermented through the fungus to form NatFibra® fiber, which then completes the purification, application assembly and filling to enable the product to be dispersed in shampoo, bathing and other surfactant systems.
03Apply Dispersion
Suspended Object
Supports visible particles and insoluble ingredients in cleansing systems
Special particles, high-density particles or large particles shall be tested for high temperature, centrifuge and long-term storage, respectively.
01petals and plant particles
02Sand and walnuts.
03Blossom and silk.
04Microcapacitor.
05To dust the living things.
06Micrometre class insoluble
04Organisation
Fluid Test
Concentration, pH and sodium chloride jointly affect viscosity
The basis for testing consists of 16% AES, 8% CHSB, 1% 2000 UP, 1% 6501, embalming systems and water. Adjustments to Nacl, pH or suspended stabilizer levels based on test items, with a viscous test rate of 10 rpm.
SP 9510-C is three times the diluted sample; data are used to illustrate trends in designations.
02 / Alkyl condition
pH and viscosity
In the measured base, SP 9510-C groups have a viscosity of 4,260, 4,560 and 4,440 mPa.s at pH 4, 6 and 8, respectively.
SP 9510-C Triple DilutionAqua SF-1 ContrastNon-suspendant baseformulation
03 / electrolyte
Sodium chloride and viscosity
Nacl also changes the surface active agent base system and the suspended network. Salt quantities should be determined on the basis of target viscosity, low cutting structures and storage results.
SP 9510-C Triple DilutionAqua SF-1 ContrastNon-suspendant baseformulation
05Foam performance
SITA Foam Test
Foam-growth curves for two cleansing systems
Testing uses 150 mg/kg hard water, 0.25% finished samples, 1,500 rpm and 15 cycles. The test results correspond to the listed foundation.
Three final foam groups are approaching 1,300 ml.
6% SP 9510-C three times diluted samples in the front cycle build up foam faster than the non-suspendant group and remain close to the final foam volume compared to 7% Aqua SF-1.
15 post-cycle foam volume approximately 1,130 ml
3% SP 9510-C triple dilution is close to 0.3% U20 control group foam growth curve; unrepressed foams are established in measured shampoo.
Combine rationality.
Wet and dry comb results of damaged beams
The mass gauge determines the maximum positive and positive area change rates for wet and dry combs, respectively. Combination is determined by a combination of surfactants, anion polymers, silicon oils and other adjustments.
- Wet combs with maximum force.
- -48.251%
- Wetly combed area
- -46.790%
- Bread the best.
- -24.992%
- Dry comb area
- -22.503%
| Test Project | U20 0.25% | SF-1R 4.0% | SP 9510-C Triple dilution |
|---|---|---|---|
| Wet combing improvement rate, maximum positive | 2.207% | -24.980% | -48.251% |
| Wet combing improvement rate, positive area | -22.349% | -24.432% | -46.790% |
| Dry combing improvement rate, maximum power. | -34.456% | 6.717% | -24.992% |
| Dry combing improvement rate, positive area | -27.466% | 5.431% | -22.503% |
06Organisation and process
Inclusion
Compatibility across multiple surfactant cleansing systems
Sulphates systemsNo sulfate systemsAmino acid watch systemSoap-based and alkaline systemsContaining decomposition or silicon oil systemsPlasma-containing or suspended particles system
The product is not recommended for direct use in water agent systems that do not contain surfactants. Quarterly ammonium salt-10 plasma polymers may change their dispersive and structural state and should be tested for compatibility.
- 01
Complete surfactant blending
The dissolved and evenly mixed base surfactants are completed first.
- 02
Add SP 9510-C
Add the product after the main surfactant system has been formed.
- 03
Homogenize and disperse
About 3,000 rpm average of 3-5 minutes, confirm that the material is equal.
- 04
Complete post-additions
Adds decomposition, preservatives, perfumes and electrolytes, and adjusts pH and viscosity.
- 05
Add target particles
Finally, petals, beads or other particles are added at low-speed mixing to even distribution.
- Completing viscosity
- >2,500 cP 25 ℃
- Completed pH
- 4.5-9.5 Selection
- Mean Conditions
- 3,000 rpm 3-5 minutes
07Reference
petal cleaning products
Petal body wash and petal shampoo
Both references use SP 9510-C diluted to 33% and are dispersed after the main surfactant system is formed. Information on the supply of raw materials, the preservation system and targeted market regulations should be reconfirmed prior to the zooming up of the material.
Petal body wash
- SP 9510-C diluted sample
- 6%
- Target pH
- 6.0-7.0
- Target viscosity
- 3,000-6,000 mPa·s
Petal shampoo
- SP 9510-C diluted sample
- 6%
- Target pH
- 5.5-6.0
- Target viscosity
- 4,000-8,000 mPa·s
01Full reference for petal bathingAES / hydroxyl sulfonyl beet base / APG re-couping system
| Marriage | Ingredient | INCI or composition | Dosage |
|---|---|---|---|
| A | Water | Aqua | 66.11% |
| A | CHSB-BA | Aqua, Cocamidopropyl Hydroxysultaine, Sodium Chloride, Sodium Benzoate | 8.00% |
| A | AES70 | Sodium Laureth Sulfate, Aqua | 16.00% |
| A | 2000 UP | Decyl Glucoside, Aqua | 1.00% |
| A | 6501 | Cocamide DEA, Glycerin, Glyceryl Cocoate | 1.00% |
| B | NatFibra® SP 9510-C, diluted to 33% | Aqua, Glycerin, Cellulose Gum, Microcrystalline Cellulose, Sodium Benzoate | 6.00% |
| B | A glass of lemonade. | Citric Acid | 0.20% |
| C | Cassone preservatives | Aqua, Magnesium Nitrate, Methylchloroisothiazolinone, Magnesium Chloride, Methylisothiazolinone | 0.070% |
| C | K2000 Preservatives | DMDM Hydantoin, Aqua | 0.20% |
| C | Fine salt. | Sodium Chloride | 1.30% |
| D | Jasmine petals. | Jasmine Petal | 0.12% |
| Total | 100.00% | ||
Operational processes
- 01
Add A in turn, warming to 75-80 °C and mixing to even transparency.
- 02
Temperature to 40 °C, predispersing B phase and adding 3,000 rpm mean 1-2 minutes.
- 03
Add C phase and adjust pH and viscosity.
- 04
Join Jasmine petals, slow-blending to even distribution.
02Full reference to petal shampooSLES / Sodium musilicate / CAPB
| Marriage | Ingredient | INCI or composition | Dosage |
|---|---|---|---|
| A | SP-100 | Acrylamidopropyltrimonium Chloride/Acrylamide Copolymer | 0.050% |
| A | Water | Aqua | 59.340% |
| A | Dissolvine Na2 | Disodium EDTA | 0.100% |
| B | N70 | Sodium Laureth Sulfate, Aqua | 15.500% |
| B | LS 30N | Aqua, Sodium Lauroyl Sarcosinate, Sodium Chloride | 4.000% |
| B | urea. | Allantoin | 0.300% |
| B | CAPB 35BA | Aqua, Cocamidopropyl Betaine, Sodium Chloride, Sodium Benzoate | 8.000% |
| B | PATC | Palmitamidopropyltrimonium Chloride, Propylene Glycol | 0.300% |
| B | DPP-2 | Aqua, Dilinoleamidopropyl PG-Dimonium Chloride Phosphate, 1,3-Propanediol, Quaternium-91, Isopropanol | 0.400% |
| B | SIL | Sodium Isostearoyl Lactylate, Isostearic Acid | 0.100% |
| B | 3969 | PEG-150 Distearate, Stearic Acid, Aqua | 0.200% |
| B | 6511 | Cocamide Methyl MEA, Glycerin | 1.200% |
| B | XT30 | Aqua, Glyceryl Laurate, Cocamidopropyl Betaine | 1.000% |
| C | A glass of lemonade. | Citric Acid | 0.120% |
| D | NatFibra® SP 9510-C, diluted to 33% | Aqua, Glycerin, Cellulose Gum, Microcrystalline Cellulose, Sodium Benzoate | 6.000% |
| E | EM 234C | Aqua, Dimethiconol, TEA-Dodecylbenzenesulfonate, Glycerin, Phenoxyethanol, Sodium Benzoate | 0.900% |
| E | HE | PEG-7 Glyceryl Cocoate, Aqua | 1.000% |
| E | Fine salt. | Sodium Chloride | 0.100% |
| E | Cassone preservatives | Aqua, Magnesium Nitrate, Methylchloroisothiazolinone, Magnesium Chloride, Methylisothiazolinone | 0.070% |
| E | K2000 Preservatives | DMDM Hydantoin, Aqua | 0.400% |
| E | Spicy. | Parfum | 0.800% |
| F | Jasmine petals. | Jasmine Petal | 0.120% |
| Total | 100.00% | ||
Operational processes
- 01
Spreading SP-100 to transparency in cold water, increasing to 80-85 °C, adding EDTA sodium diode and maintaining temperature for 20 minutes.
- 02
Add B phase in turn and mix evenly; join C phase and adjust pH.
- 03
Temperature to 45 °C with pre-dispersed SP 9510-C, Mean 2-3 minutes.
- 04
Add E phase in order; add Jasmine petals, adjust pH and stickyness to feed.
08Specifications and validation
Product Specification
Raw-material specifications and formulation checklist
- Product Composition
- Glycerine, microcrystalline cellulose, sodium benzoate, sellulose gum, water
- Look and smell.
- Grey-to-light yellow sticky liquid; characteristic odor
- pH / solid content
- pH 3-4; solid content 1.5%
- Microbiological indicators
- Total incidences 200 CFU/g; fungus and yeast 100 CFU/g
Pre-adoption confirmation checklist
- Product dispersion and parity time
- Particle size, density, addition and suspension
- Initial viscosity, low shear structure, yield condition and touch recovery
- Temperature, heat, temperature and centrifugal stability
- pH, salt content and effects of anion polymer
- Foams, combing and target use performance
- Conservative challenges and packaging compatibility
- Batch magnification recurrence