Pharmaceutical
Human APIs Powder
- Respiratory Drugs Raw Material
- Antiviral Antibacterial
- Antipyretic Analgesics
- Antihistamine Drugs
- Antineoplastic
- Cosmetic Raw Material
OEM & ODM
Veterinary raw materials
Phone: 86-29-89601602
E-mail: sales21@interlgroup.com
Add: Fengcheng 2nd Road, Weiyang District, Xi'an, Shaanxi, China
Paracetamol Methyl sulfonyl methane Raw Materials Powder
Product Overview:
Methyl sulfonyl methane powder is an organic sulfide that enhances the body's ability to produce insulin and promotes the metabolism of sugar, which is essential for the synthesis of collagen in the human body. It promotes wound healing and also plays a role in the synthesis and activation of vitamin B, vitamin C, and biotin, which are necessary for metabolism and neurological health, and is known as a "natural beautifying carbon substance".
Paracetamol Methyl sulfonyl methane Raw Materials Powder Attributes
CAS:67-71-0
MF: C2H6O2S
MW: 94.13
EINECS:200-665-9
Specification: 99% min Methyl sulfonyl methane Powder
Sample: Methyl sulfonyl methane Powder
Packaging:1kg/bag, 25kg/drum
Brand: Henrikang
Appearance: White Powder
Storage: Cool Dry Place
Shelf Life: 2 Years
Test Method: HPLC
Paracetamol Methyl sulfonyl methane Raw Materials Powder Details
Methyl sulfonyl methane Powder Usage and Synthesis.
Obtained from Methyl sulfonyl methane Powder by oxidation with nitric acid. The dimethyl sulfoxide was oxidised with nitric acid at 140-145°C. After the reaction, it was cooled down and filtered to obtain the crude product with white needle-like crystals. Then it was distilled under reduced pressure and the 138-145℃ (98.42kPa) fraction was collected as the finished product.
Uses and functions of Methyl sulfonyl methane.
1, can eliminate viruses, strengthen blood circulation, soften tissues, relieve pain, strengthen the muscles and bones, calm the spirit, enhance physical strength, maintain the skin, hair beauty, treatment of arthritis, mouth ulcers, asthma, constipation, infusion of blood vessels, remove toxins in the stomach and intestines.
2, Dimethyl sulfone can be used as food and feed additives for humans, pets and livestock organic sulfur nutrient supplementation.
3, when used externally, it can make the skin smooth, muscle suppleness, and can reduce pigmentation, recently as a cosmetic additive dosage increased dramatically.
4, Good analgesic in medicine, promote wound healing and other functions.
5, Excellent penetrating agent in the production of drugs.
Pharmacological Effects of Methyl sulfonyl methane Raw Materials.
1. Oxidation under ultraviolet irradiation passes oxygen through ultraviolet irradiation into a solution of dimethylsulfoxide, which undergoes an oxidation reaction under ultraviolet irradiation, resulting in dimethylsulfoxide, which is frozen with ice brine to cause crystals to precipitate out. Separation. Recrystallised again when required. This oxidation process is also natural dimethyl sulfur to generate dimethyl sulfoxide and dimethyl sulfone process
2. Nitrogen oxidation dimethyl sulfoxide into the reactor, heated to 140 ~ 146 ℃, through the nitrogen dioxide oxidation. The reaction exhaust gas is oxidised to nitrogen dioxide with oxygen and then returned to the reaction. After the reaction with ice brine cooling, crystallisation of dimethyl sulfoxide, filtered to white needle-like crystals of crude products. Distillation to collect 138 ~ 145 ℃ (740mmHg) fraction for the finished product
3. Put dimethyl sulfoxide into the hydrogen peroxide oxidation reactor, heat to 90~100 ℃, drop 27.5% hydrogen peroxide, reflux reaction, drop hydrogen peroxide, continue to react for several hours. Filtering, cooling with ice brine so that dimethyl sulfoxide crystals precipitated, centrifugal separation, crystals washed with 95% ethanol or recrystallisation of fine products. Drying. The mother liquor is concentrated and recovered by crystallisation. Total yield 90%~92%.
Production method of Methyl sulfonyl methane Raw Powder.
Obtained from Methyl sulfonyl methane Powder by oxidation with nitric acid. The dimethyl sulfoxide was oxidised with nitric acid at 140-145°C. After the reaction, it was cooled down and filtered to obtain the crude product with white needle-like crystals. Then it was distilled under reduced pressure and the 138-145℃ (98.42kPa) fraction was collected as the finished product.