Buccoxime AROMATIC CHEMICALS

Buccoxime AROMATIC CHEMICALS Specification

HS Code
29280090

Shape
Crystal or powder

Product Type
Buccoxime AROMATIC CHEMICALS

Smell
Aromatic odor

EINECS No
202-863-0

CAS No
100-67-4

Storage
Room Temperature

Melting Point
66C - 68C

Usage
Used as intermediate in reactive dyes and pharmaceutical chemicals

Molecular Weight
123.15 g/mol

Appearance
White crystal or powder

Application
Industrial

Density
1.03 Gram per cubic centimeter(g/cm3)

Structural Formula
C6H5C(NOH)CH3

Purity
99%

Molecular Formula
C7H9NO

Grade
Industrial Grade

Solubility
Soluble in organic solvents, insoluble in water

Properties
Stable under normal conditions, aromatic compound

Physical Form
Powder

Ingredients
Buccoxime

Shelf Life
25-36 Months

Poisonous
NO

Hazard Statements
Not classified as hazardous

Stability
Stable under recommended storage conditions

Packaging Type
HDPE drum / bag

Buccoxime AROMATIC CHEMICALS Trade Information

Minimum Order Quantity
100 Kilograms

Supply Ability
5000 Kilograms Per Month

Delivery Time
7-10 Days

About Buccoxime AROMATIC CHEMICALS

Experience dominant value with Buccoxime Aromatic Chemicals. Featuring an inestimable purity of 99%, this white crystalline powder stands out for its stability under reduced-risk storage conditions. With no hazardous classification and an aromatic odor, Buccoxime provides a best-in-class solution for the industrial sector. Offered in new, high-quality HDPE drum or bag packaging, it is ideal for applications as an intermediate in reactive dyes and pharmaceuticals. With a shelf life of 25-36 months and outstanding stability, Buccoxime brings reduced waste and exceptional performance within your reach.

Buccoxime Aromatic Chemicals: Uses and Application Areas

Buccoxime Aromatic Chemicals is primarily used as an intermediate in the production of reactive dyes and pharmaceutical compounds. Owing to its high purity and stable physical form, it is favored in industrial manufacturing processes that require consistent quality. Besides dyes and pharmaceuticals, Buccoxime serves in other chemical syntheses where aromatic compounds are essential. Its solubility in organic solvents further expands its applicability across varied industrial environments, making it a highly versatile and valuable ingredient.

Certifications, Supply Ability, and Export Market Insight

Our Buccoxime Aromatic Chemicals arrive with trusted quality marks and certifications, ensuring reliable safety and performance. With a robust supply rate, customers are assured of timely handover and delivery for bulk and recurring orders. Buccoxime is exported to dominant industrial markets, including Asia, Europe, and beyond. Its consistent export performance and steady arrival rate make it a preferred choice for international suppliers and traders seeking value and dependability.

FAQ's of Buccoxime AROMATIC CHEMICALS:

Q: How should Buccoxime Aromatic Chemicals be stored for optimal stability?

A: Buccoxime Aromatic Chemicals should be stored at room temperature in HDPE drums or bags. Under these recommended conditions, its stability is maintained throughout its 25-36 month shelf life.

Q: What are the primary industrial applications of Buccoxime?

A: Buccoxime is commonly used as an intermediate in the manufacture of reactive dyes and pharmaceutical chemicals, making it essential in both dye and pharmaceutical industries.

Q: When can I expect the product to arrive after placing an order?

A: With a strong supply chain and rapid handover process, the product typically arrives promptly, subject to order quantities and destination, especially to major export markets in Asia and Europe.

Q: Where is Buccoxime Aromatic Chemicals mainly supplied and exported?

A: Buccoxime is primarily supplied across India for industrial use and is exported to various international markets, with a dominant presence in Asia and Europe.

Q: How is Buccoxime beneficial in industrial processes?

A: With a purity of 99% and stable properties, Buccoxime provides inestimable value by ensuring high product consistency and reduced risk in chemical synthesis, enhancing overall process efficiency.