ATMP

ATMP has good chelation, low limit inhibition, and lattice distortion effects. It can prevent the formation of scale salts in water, especially the formation of calcium carbonate scale. ATMP has stable chemical properties in water and is not easily hydrolyzed. When the concentration in water is high, it has a good corrosion inhibition effect.
ATMP solid is a crystalline powder, easily soluble in water, hygroscopic, and easy to transport and use.

CAS No.:
6419-19-8
Molecular Formula:
N(CH2PO3H2)3
Molecular Weight:
299.05

Availability:



Inquiry Add to Basket

DESCRIPTION

DESCRIPTION

ATMP

Factoty Competitive Price

Strict quality control

Prompt delivery

SPECIFICATION

project	metric
Execution standards	HG/T 2841-2005	--	HG/T 2840-2010
Appearance	Colorless to light yellow transparent liquid		white crystalline powder
Active component (calculated as ATMP)% ≥	50.0	50.0	95.0
Aminotrimethylphosphonic acid content% ≥	40.0	--	88.0
Phosphorus acid (calculated as PO33-)% ≤	3.5	5.0	3.0
Phosphoric acid (calculated as PO43-)% ≤	0.8	1.0	0.8
Chloride (calculated as Cl -)% ≤	2.0	3.5	1.0
PH value (10g/L aqueous solution) ≤	2.0	1.5-2.5	2.0
Density (20 ℃) g/cm ⊃3; ≥	1.30	1.28	--
Iron (calculated as Fe2+) mg/L ≤	20.0	--	20.0

APPLICATION

w700d1q75cms

Organic synthesis: Aminotrimethylphosphonic acid is commonly used as a deprotective agent for thiols and participates in deprotection reactions in organic synthesis. It is also used as a carboxyl activator to facilitate reactions such as esterification and etherification, thus playing an important intermediate and reagent role in organic synthesis.

PCR reaction: In molecular biology, amino trimethylphosphonic acid is widely used in PCR reactions. As an auxiliary reagent, it helps to optimize reaction conditions, improve the efficiency and specificity of PCR, and thus promote DNA amplification.

20201118131315_7165

Buffer: Due to its water solubility and stability, amino trimethylphosphonic acid is often used as a buffer in the laboratory to help maintain the pH value of biological samples. This is very useful in biological research and laboratory technology.

Biomedical research: Due to its application in PCR and biological experiments, amino trimethylphosphonic acid plays an important role in the field of biomedical research, providing scientists with an effective experimental tool.