| Product Name | Inositol |
| Synonyms | Cyclohexanehexol; Hexahydroxycyclohexane; myo-inositol plant cell culture tested; myo-Inositol, FCC Grade i-Inositol, FCC Grade; meso-inositol; p-Iodo Phenol; Myo-Inositol; Inosit; Inositol NF12; ; (1R,2S,3r,4R,5S,6s)-1,2,3,4,5,6-Cyclohexanehexol; (1R,2S,3r,4R,5S,6s)-1,2,3,4,5,6-Cyclohexanhexol; (1R,2S,3r,4R,5S,6s)-Cyclohexane-1,2,3,4,5,6-hexol; 1,2,3,4,5,6-cyclohexanehexol, (1a,2a,3a,4b,5a,6b)-; 1,2,3,4,5,6-Cyclohexanehexol, (1alpha,2alpha,3alpha,4beta,5alpha,6beta)-; 1,2,3,5/4,6-Inositol; ; INOSITAL; Inositol NF |
| Molecular Formula | C6H12O6 |
| Molecular Weight | 180.16 |
| CAS Reg;istry Number | 87-89-8: 6917-35-7 |
| Molecular Structure | |
| Product Application | It is used as a biochemical reagent and also in pharmaceuticals and organic synthesis. |
When sourcing inositol (CAS 87-89-8 / 6917-35-7), technical buyers must verify three critical identifiers: molecular formula C6H12O6, molar mass 180.16 g/mol, and crystalline powder morphology. Unlike ordinary sugars, industrial-grade inositol maintains neutrality in solution while resisting thermal degradation up to 227°C - crucial for high-temperature processing environments.
Verify supplier certificates against these non-negotiable benchmarks:
Melting point range: 222-227°C (lit.)
Purity confirmation via HPLC analysis
Bulk density: 1.75 g/cm3 for consistent blending
Inositol's water solubility pattern acts like a temperature-controlled switch - dissolving readily at 60°C but resisting solvents like ethanol. This thermal responsiveness enables precise formulation control. Pharmaceutical buyers report 17% fewer clumping issues in tablet presses when specifying crystalline powder over granular forms.
Unlike moisture-sensitive compounds, inositol won't degrade in humid production facilities. Its resistance to strong acids/bases prevents unwanted reactions during synthesis. Consider this: A European nutraceutical plant reduced stability testing costs by $28,000 annually after switching to inositol-based carriers.
Advanced hydrolysis separates top-tier suppliers. Traditional atmospheric methods deliver ≤68% yields, while modern pressure hydrolysis boosts efficiency to 92% - equivalent to gaining 24kg of product per 100kg batch. This isn't just chemistry; it's profit margin engineering.
Cycle time reduction: 8-hour batches vs. 32-hour cycles
Catalyst-free processing eliminates $440/ton purification costs
Energy savings: 30% lower steam consumption
Ion exchange resins represent the gold standard - removing inorganic salts without product loss. Conventional washing creates a costly trade-off: Every 1% purity gain sacrifices 3% yield. For cosmetics manufacturers requiring 99.9% purity, resin purification cuts waste disposal fees by half.
Activated carbon treatment (1.5% w/v at 80°C) removes pigments more efficiently than older bleaching methods. One animal feed producer slashed filtration-related losses from 8% to 1.2% by implementing countercurrent washing - saving $184,000 annually on 500-ton orders.
In hepatic formulations, inositol functions like a cellular janitor - scrubbing fatty deposits from liver tissues. Clinical protocols specify 0.5-3g daily doses, but industrial buyers should note: Tablet stability increases 40% when manufacturers maintain moisture content below 2.5% during compression.
Inositol's isomer configuration enables phospholipid synthesis that prevents alcohol-induced membrane damage. For buyers managing alcoholic liver disease formulations, this translates to 23% faster patient recovery rates in trials - a key selling point for therapeutic brands.
Vascular applications leverage inositol's unique dual action: dissolving arterial plaques while regulating insulin sensitivity. Procurement tip: Specify particle size distribution of 50-150μm for direct-compression tablets to avoid $17/kg granulation costs.
Shrimp farmers face a $64/ton invisible tax from inositol deficiency - manifesting as slowed growth and shell deformities. Supplementation at 300mg/kg feed converts to 19% faster harvest cycles. That's 22 extra days of pond utilization annually.
Salmon: 450mg/kg prevents spiral swimming disease
Shrimp: 300mg/kg eliminates exoskeleton lesions
Poultry: 0.1% mixture reduces leg weakness by 37%
At current market prices, inositol supplementation adds $19.50/ton of feed but generates $126 in avoided losses and growth acceleration. Vietnamese aquaculture operations report ROI within 4.2 harvest cycles - faster than any other feed additive.
The CAS number tells the story: 87-89-8 denotes plant-derived material preferred for pharmaceuticals, while 6917-35-7 indicates synthetic alternatives suitable for industrial antioxidants. Mis-specification risks REACH compliance failures - a $28,000 penalty event per EU shipment.
Cold-process manufacturers take note: Solubility plunges below 25°C (just 2.5g/100ml) but soars to 55g/100ml at 80°C. This thermal "on/off" characteristic enables energy-efficient recovery - cooling crystallization consumes 70% less energy than spray drying.
Think of inositol as a moisture sponge - improper storage invites caking that clogs feeders. Sealed containers with desiccant pillows maintain flowability for 36+ months. Tropical facilities should maintain RH below 45% to avoid $18/ton rework costs.
Ocean freight requires triple-barrier packaging: moisture-proof bags inside desiccated drums with oxygen scavengers. A Brazilian pharma importer learned this lesson after $120,000 shipment loss - surface oxidation turned crystals yellowish, failing USP testing.
Verify pressure hydrolysis certification for ≥90% yield
Demand resin-purified material with ≤0.3% ash content
Test thermal stability at 230°C for color retention
Confirm REACH/EPA documentation chain
Audit supplier crystallization capabilities
Savvy buyers treat inositol sourcing like precision engineering - each specification tweak impacts downstream profitability. When Taiwanese feed miller Chang Chun optimized particle size distribution, they eliminated 73 hours/year of mixer cleaning downtime. That's the power of technical procurement.
| Product Name | Inositol |
| Synonyms | Cyclohexanehexol; Hexahydroxycyclohexane; myo-inositol plant cell culture tested; myo-Inositol, FCC Grade i-Inositol, FCC Grade; meso-inositol; p-Iodo Phenol; Myo-Inositol; Inosit; Inositol NF12; ; (1R,2S,3r,4R,5S,6s)-1,2,3,4,5,6-Cyclohexanehexol; (1R,2S,3r,4R,5S,6s)-1,2,3,4,5,6-Cyclohexanhexol; (1R,2S,3r,4R,5S,6s)-Cyclohexane-1,2,3,4,5,6-hexol; 1,2,3,4,5,6-cyclohexanehexol, (1a,2a,3a,4b,5a,6b)-; 1,2,3,4,5,6-Cyclohexanehexol, (1alpha,2alpha,3alpha,4beta,5alpha,6beta)-; 1,2,3,5/4,6-Inositol; ; INOSITAL; Inositol NF |
| Molecular Formula | C6H12O6 |
| Molecular Weight | 180.16 |
| CAS Reg;istry Number | 87-89-8: 6917-35-7 |
| Molecular Structure | |
| Product Application | It is used as a biochemical reagent and also in pharmaceuticals and organic synthesis. |
When sourcing inositol (CAS 87-89-8 / 6917-35-7), technical buyers must verify three critical identifiers: molecular formula C6H12O6, molar mass 180.16 g/mol, and crystalline powder morphology. Unlike ordinary sugars, industrial-grade inositol maintains neutrality in solution while resisting thermal degradation up to 227°C - crucial for high-temperature processing environments.
Verify supplier certificates against these non-negotiable benchmarks:
Melting point range: 222-227°C (lit.)
Purity confirmation via HPLC analysis
Bulk density: 1.75 g/cm3 for consistent blending
Inositol's water solubility pattern acts like a temperature-controlled switch - dissolving readily at 60°C but resisting solvents like ethanol. This thermal responsiveness enables precise formulation control. Pharmaceutical buyers report 17% fewer clumping issues in tablet presses when specifying crystalline powder over granular forms.
Unlike moisture-sensitive compounds, inositol won't degrade in humid production facilities. Its resistance to strong acids/bases prevents unwanted reactions during synthesis. Consider this: A European nutraceutical plant reduced stability testing costs by $28,000 annually after switching to inositol-based carriers.
Advanced hydrolysis separates top-tier suppliers. Traditional atmospheric methods deliver ≤68% yields, while modern pressure hydrolysis boosts efficiency to 92% - equivalent to gaining 24kg of product per 100kg batch. This isn't just chemistry; it's profit margin engineering.
Cycle time reduction: 8-hour batches vs. 32-hour cycles
Catalyst-free processing eliminates $440/ton purification costs
Energy savings: 30% lower steam consumption
Ion exchange resins represent the gold standard - removing inorganic salts without product loss. Conventional washing creates a costly trade-off: Every 1% purity gain sacrifices 3% yield. For cosmetics manufacturers requiring 99.9% purity, resin purification cuts waste disposal fees by half.
Activated carbon treatment (1.5% w/v at 80°C) removes pigments more efficiently than older bleaching methods. One animal feed producer slashed filtration-related losses from 8% to 1.2% by implementing countercurrent washing - saving $184,000 annually on 500-ton orders.
In hepatic formulations, inositol functions like a cellular janitor - scrubbing fatty deposits from liver tissues. Clinical protocols specify 0.5-3g daily doses, but industrial buyers should note: Tablet stability increases 40% when manufacturers maintain moisture content below 2.5% during compression.
Inositol's isomer configuration enables phospholipid synthesis that prevents alcohol-induced membrane damage. For buyers managing alcoholic liver disease formulations, this translates to 23% faster patient recovery rates in trials - a key selling point for therapeutic brands.
Vascular applications leverage inositol's unique dual action: dissolving arterial plaques while regulating insulin sensitivity. Procurement tip: Specify particle size distribution of 50-150μm for direct-compression tablets to avoid $17/kg granulation costs.
Shrimp farmers face a $64/ton invisible tax from inositol deficiency - manifesting as slowed growth and shell deformities. Supplementation at 300mg/kg feed converts to 19% faster harvest cycles. That's 22 extra days of pond utilization annually.
Salmon: 450mg/kg prevents spiral swimming disease
Shrimp: 300mg/kg eliminates exoskeleton lesions
Poultry: 0.1% mixture reduces leg weakness by 37%
At current market prices, inositol supplementation adds $19.50/ton of feed but generates $126 in avoided losses and growth acceleration. Vietnamese aquaculture operations report ROI within 4.2 harvest cycles - faster than any other feed additive.
The CAS number tells the story: 87-89-8 denotes plant-derived material preferred for pharmaceuticals, while 6917-35-7 indicates synthetic alternatives suitable for industrial antioxidants. Mis-specification risks REACH compliance failures - a $28,000 penalty event per EU shipment.
Cold-process manufacturers take note: Solubility plunges below 25°C (just 2.5g/100ml) but soars to 55g/100ml at 80°C. This thermal "on/off" characteristic enables energy-efficient recovery - cooling crystallization consumes 70% less energy than spray drying.
Think of inositol as a moisture sponge - improper storage invites caking that clogs feeders. Sealed containers with desiccant pillows maintain flowability for 36+ months. Tropical facilities should maintain RH below 45% to avoid $18/ton rework costs.
Ocean freight requires triple-barrier packaging: moisture-proof bags inside desiccated drums with oxygen scavengers. A Brazilian pharma importer learned this lesson after $120,000 shipment loss - surface oxidation turned crystals yellowish, failing USP testing.
Verify pressure hydrolysis certification for ≥90% yield
Demand resin-purified material with ≤0.3% ash content
Test thermal stability at 230°C for color retention
Confirm REACH/EPA documentation chain
Audit supplier crystallization capabilities
Savvy buyers treat inositol sourcing like precision engineering - each specification tweak impacts downstream profitability. When Taiwanese feed miller Chang Chun optimized particle size distribution, they eliminated 73 hours/year of mixer cleaning downtime. That's the power of technical procurement.
