1,2 natural hexadiol
CAS:6920-22-5
Purity ≥99.8%
Chemical composition information
CASNo. : 6920-22-5
Molecular weight: 118.18g/mol
Specific parameter
Appearance: Colorless transparent liquid
Smell: Completely tasteless
Purity: > 99.8%
Water content: < 0.2%
Relative density (20℃) : 0.946-0.956g/cm
Refractive index (25℃) : 1.437-1.447
pH value (25℃) : 6.5±0.5
Boiling point: 223-224℃ (at 760.00mmHg)
Air pressure: 9mbar(at 108℃)
Flash point: 122 ° C
Melting point: 45℃
Storage: Store in a cool place away from light and avoid high temperature.
Product advantage
Excellent grade, 99.8% + high purity, completely tasteless.
Odor/irritant inducers are completely removed through our specialized manufacturing process and separation process.
Excellent safety, more gentle, safe, non-irritating.
It has broad spectrum antibacterial activity and can play a good bactericidal and bacteriostatic effect.
As a moisturizing agent and skin conditioning agent, it has the function of moisturizing and moisturizing at the same time.
Worldwide approved multi-functional cosmetic additive.
Combined with traditional preservatives and no added preservatives, it can play an obvious synergistic effect.
Good compatibility, high formula flexibility, widely used in personal care products.
The products are certified by international organizations.
Recommended application
Instead of formaldehyde release, methyl isothiazolinone, parabens, parabens, phenoxyethanol and other traditional preservatives with a single anti-corrosion effect and certain side effects.
Sensitive skin care products and other personal care products anti-corrosion system.
The additive formulation system claims to be safe, mild and non-irritating.
The formula system can increase efficiency, prevent corrosion and reduce original irritation.
Facial care, hair care, body care and other personal care products.
Test report
The 1, 2-hexadiol produced by our company has and has passed the professional third-party testing of gas chromatography, skin sensitization, bovine eye irritation, chicken egg irritation and corrosivity, content, heavy metals, dioxane, methanol, formaldehyde, acetaldehyde, pentaldehyde, phthalate risk substances and other national certifications.
Packing: 20kg/ barrel
About the price
Because the chemical market will change every day, please contact the customer service, we will be happy to serve you.
12 Natural sources of hexadiol
Hexadiol is a versatile commodity chemical that is widely used in the production of a variety of chemical substances. However, many sources of hexadiol are petroleum-based or coal-based. These sources are cheap, but they emit large amounts of greenhouse gases and other pollutants, which have a serious impact on the environment. Therefore, more and more manufacturers and researchers began to look for natural sources of hexadiol.
1. Rapeseed: Rapeseed is rich in oil, which can be converted into hexanediol through hydroxylation and dehydration reactions. Compared to oil and coal, rapeseed is a cleaner and more environmentally friendly source of hexadiol.
2. Polyamide wastewater: Factories producing polymers and fibers produce large amounts of wastewater and waste. By treating the wastewater and converting it, the scientists obtained high-quality hexadiol. This method not only reduces the discharge of waste, but also reduces the damage to the environment.
3. Corn: Corn is rich in starch, which can be converted into hexadiol through a series of conversion reactions. Compared with other natural sources, the production of hexadiol from corn is more economical and feasible.
4. Actinomyces: Actinomyces are a class of microorganisms that produce large amounts of hexadiol. These microorganisms can be cultivated on a large scale by fermentation to improve the production efficiency of hexadiol. This method can not only reduce environmental pollution from a micro level, but also provide clean and efficient chemical raw materials.
5. Rice husk: Rice husk is a rich biomass resource, and hexanediol can be obtained through a series of reactions, and this method can be used together with other compounds in rice husk to obtain better economic benefits. At the same time, by utilizing this waste, it helps to reduce its impact on the environment.
The study of natural sources of hexadiol is of great interest. By using these natural sources to produce hexadiol, the sustainability of the chemical can be improved, the environmental impact can be reduced, and the environmental protection and sustainable development can be promoted. In the future, with the in-depth study of natural resources, we believe that more and more natural hexadiol sources will be put into production, providing a cleaner and more efficient chemical production solution for human beings.
