
Diethylaminopropyne Formate
Item | Standards |
---|---|
Appearance | Clear Yellowish Liquid |
Assay | 75% Min |
Ph | 4.0-5.8 |
Density (20℃,G/Cm3) | 1.02-1.06 |
Refractive Index 20℃ | 1.4190-1.4320 |
Description:
PABS CasNo.: 125678-52-6 is acidified from DEP with formic acid, to make the coating delicate fullness. High-purity DEP is acidified by low-temperature formic acid to ensure the purity of PABS, which has strong leveling, good t hrowing, and no bluing, etc.
Application:
PABS CasNo.: 125678-52-6 is used as a top brightener and strong leveling agent in nickel baths.
Q:What’s the Minimum Order Quantity?
A:1000KG
Q: How to Get Sample?
A: Sample within 500g could be sent for free once buyer’s DHL account is advised for freight collect or courier cost is paid. The courier cost could be deducted when bulk order is placed.
Q: What is Lead Time?
A: Generally, cargo could be loaded on ship in about two weeks after the date of receiving prepayment or L/C. Sometimes one week earlier or later.
Q: What’s the bulk Packing?
A:In 25kg Drum. If pouch packing is in need, it could be customized.
Q: How About the Diethylaminopropyne Formate of ZXCHEM?
A: Diethylaminopropyne formate, often abbreviated as DEAPF, is a chemical compound with various applications in the field of organic synthesis and chemical research. Its unique properties and reactivity make it useful in several processes. Some of its applications include:
Organic Synthesis: DEAPF can serve as a versatile building block in organic synthesis, participating in various reactions such as nucleophilic addition, substitution, and condensation reactions. It can be utilized to introduce the diethylaminopropyne functional group into target molecules, enabling the creation of complex organic compounds.
Catalysis: DEAPF may act as a catalyst or a ligand in certain catalytic processes, facilitating chemical reactions and influencing their outcome. Its use in catalysis can lead to improved reaction efficiency and selectivity.
Medicinal Chemistry: The diethylaminopropyne formate moiety can be incorporated into pharmaceutical compounds or intermediates, potentially influencing the compound’s bioactivity, pharmacokinetics, or other properties. Researchers might explore its role in drug discovery and development.
Materials Science: DEAPF could find applications in the preparation of specialized materials, coatings, or polymers with tailored properties. Its reactivity may contribute to the modification of material surfaces or the synthesis of functional materials.
Chemical Research: DEAPF might be employed as a reagent or precursor in chemical research, allowing scientists to explore new reactions, mechanisms, and pathways in organic chemistry.
Analytical Chemistry: DEAPF could be used as a reference standard or calibration compound in analytical chemistry techniques such as chromatography, spectroscopy, or mass spectrometry.