Manufacturer Supply Organic Intermediate 99% Purity Powder 4-Hydroxyindole

• Customization: Available
• Certification: ISO, FDA
• Assay Method: HPLC, UV
• Model NO.: HRK-4-Hydroxyindole
• Application Form: Capsule, Powder
• Application: Food, Health Care Products, Medicine
• State: Powder
• Extract Source: Plant Extract
• Product Name: 4-Hydroxyindole Powder
• Appearance: White Powder
• Certificate: GMP ISO USP Bp
• Test: HPLC
• MW: C8h7no
• Sample: 4-Hydroxyindole Avaliable
• Variety: 4-Hydroxyindole
• Type of Product: 4-Hydroxyindole Powder
• Storage: Cool Dry Place
• Brand Name: Henrikang
• Grade Standard: Feed Grade, Food Grade, Medicine Grade
• Packaging: Drum, Plastic Container, Vacuum Packed, Pure Wild
• Shelf Life: 2 Years Proper Storage
• Model Number: Hrk-4-Hydroxyindole
• Transport Package: 1kg Per Foil Bag, 10 Bags Per Carton. 25 Kg Per Dr
• Specification: 99%
• Trademark: Henrikang
• Origin: Shaanxi China
• Production Capacity: 500000kg/Year

Product Description

                 Manufacturer Supply Organic Intermediate 99% Purity Powder 4-Hydroxyindole

Product Name	Factory Supply 4-Hydroxyindole Raw Material 2380-94-1 4-Hydroxyindole Powder
Appearance	White Powder
Test Method	HPLC
MOQ	1000gram
Shelf Life	24 months under cool and dry storage condition
Shipping Service	FEDEX, TNT, DHL, UPS Express (door to door service) by air with smooth and safe customs clearance

What is 4-Hydroxyindole Powder  ?
High Purity Calcipotriene Raw Material CAS 112828-00-9 Calcipotriene Powder
Carpotriol is a synthetic vitamin D derivative used in adult patients with psoriasis vulgaris (psoriasis) and is the first line of topical treatment for psoriasis.

Application of 4-Hydroxyindole Powder: Factory Supply 4-Hydroxyindole Raw Material 2380-94-1 4-Hydroxyindole Powder used as an intermediate in organic synthesis. Using resorcinol as raw material, isomerization, catalytic hydrogenation, and then bromo-pyruvate ethyl ester ring synthesis of 4-oxygen tetrahydromaron carboxylic acid. It was added into ammonia saturated methanol solution and heated in autoclave to produce 4-oxy-tetrahydroindole. Finally, 4-hydroxyindole was prepared by dehydrogenation and isomerization.