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4-AMINOAETOPHENONE 99% For Synthesis

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MOQ : 100 Grams

4-AMINOAETOPHENONE 99% For Synthesis Specification

Poisonous
Yes

Form
Powder or crystalline

Smell
Characteristic aromatic odor

Molecular Weight
135.16 g/mol

Solubility
Soluble in hot water, ethanol, and ether

Boiling point
338-340C (decomposes)

HS Code
29222990

Molecular Formula
C8H9NO

Density
1.14 Gram per cubic centimeter(g/cm3)

Shape
Crystalline solid

Other Names
p-Aminoacetophenone, 4-Aminoacetophenone

Structural Formula
C6H4(NH2)COCH3

Melting Point
80-82C

Purity
99%

Storage
Store in a cool, dry place, tightly closed

Classification
Aromatic Ketone, Amino Compound

Chemical Name
4-Aminoacetophenone

CAS No
99-92-3

EINECS No
202-334-2

Grade
For Synthesis

Standard
Analytical grade

Type
Fine Chemical

Usage
Laboratory chemical, synthesis, research

Main Material
4-Aminoacetophenone

Application
Intermediate for pharmaceuticals and organic synthesis

About 4-AMINOAETOPHENONE 99% For Synthesis

Discover the inestimable value of 4-AMINOACETOPHENONE 99% For Synthesis, a sublime compound trusted for its unbeatable purity and reliability in pharmaceutical and organic synthesis applications. Presented as off-white to pale yellow crystals, this rare and scarce intermediate features a stable shelf life of up to 5 years when properly stored. Light-sensitive and soluble in hot water, ethanol, and ether, it's tailored for research and lab synthesis. Reserve your supply today in 25g, 100g, and 500g packages and grab yours before stock runs out!

Premium Material and Unmatched Advantages

4-AMINOAETOPHENONE 99% For Synthesis boasts high purity and stable properties, making it ideal for laboratory research. As a fine chemical of analytical grade, it serves as a crucial intermediate in the production of pharmaceuticals and complex organic compounds. Its unique crystalline structure ensures precise, reproducible results. The unbeatable feature set of this compound secures competitive advantages for researchers seeking reliability, high performance, and versatility in diverse synthesis and development settings.

Delivery, Sample, and Payment Options

With flexible delivery times tailored to match your domestic market or international demand, we offer smooth processing on every order of 4-AMINOAETOPHENONE 99%. Complimentary samples are available to reduce your initial expenditure and inform your outlay decisions. Multiple payment terms ensure convenient, secure transactions-whether you're a distributor, retailer, or direct purchaser. Each package is handled with care to assure pristine condition and product integrity upon arrival at your laboratory or facility.

FAQ's of 4-AMINOAETOPHENONE 99% For Synthesis:

Q: How should 4-AMINOAETOPHENONE 99% For Synthesis be stored to maintain stability?

A: 4-AMINOAETOPHENONE should be stored in a cool, dry place in tightly closed containers to maintain stability and achieve its shelf life of up to five years. It's important to protect it from light due to its light-sensitive nature.

Q: What are the main usages of 4-AMINOAETOPHENONE 99% For Synthesis?

A: This compound is primarily used as an intermediate in pharmaceutical manufacturing, organic synthesis, and laboratory research. Its high purity makes it an excellent choice for developing complex molecules and conducting reproducible experiments.

Q: When and how can I receive delivery of my order?

A: Delivery times are tailored according to your specific domestic or international location. Orders are processed efficiently, and products are packaged to ensure they reach your facility in pristine condition. Sample availability and payment flexibility further streamline the process.

Q: Where can samples of 4-AMINOAETOPHENONE 99% For Synthesis be requested?

A: Samples can be requested directly through our sales or customer service channels. We offer complimentary samples to help you assess suitability before making a larger outlay or expenditure.

Q: What competitive advantages does 4-AMINOAETOPHENONE 99% For Synthesis offer over traditional intermediates?

A: Its unbeaten purity, remarkable stability, and proven performance in synthesis provide a reliable foundation in pharmaceutical and organic chemistry applications. Researchers benefit from its reproducibility and versatility in complex procedures.

Q: How is user safety ensured when handling this compound?

A: Proper handling includes wearing suitable protective clothing and gloves, as the compound can cause irritation to the eyes, respiratory system, and skin. Always consult the safety data sheet before starting your synthesis process.

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