1. Guaranteed Purity for High Reaction Efficiency
With a purity of over 99% and low impurity content, the product effectively reduces side reactions in organic synthesis, improves the yield of target products, and lowers subsequent separation and purification costs. It is particularly suitable for fine chemical fields such as pharmaceuticals and pesticides, where strict purity requirements are essential.
2. Stable Chemical Activity for Multiple Reactions
The chloromethyl and amide groups in its molecular structure possess dual reactivity, enabling smooth participation in hydrolysis, nucleophilic substitution, and other reactions. It is widely used in synthesizing amines, heterocyclic compounds, and surfactants, meeting the production needs of pharmaceutical intermediates, dye precursors, agricultural chemicals, and other scenarios.
3. Mature Production Process Ensures Batch Consistency
Adopting an optimized reaction process between chloroacetic acid and ammonia, with strict control over reaction temperature and crystallization conditions. This ensures consistent physical and chemical indicators (e.g., melting point 119-121℃, solubility) across batches, reducing process adjustment costs in downstream production caused by raw material fluctuations.
4. Compliant Production with Safety Assurance
Production adheres to chemical industry safety standards. The product is packaged in leak-proof, sealed containers (e.g., double-layer PE bags + fiber drums) and accompanied by a complete quality inspection report (including composition, purity, heavy metal residues, etc.), meeting compliance requirements for chemical raw material procurement at home and abroad.
5. High Cost-Effectiveness for Large-Scale Production
Supported by mature industrial preparation processes, it can stably supply orders above the ton level, with more favorable costs for bulk purchases. Customizable purity options (e.g., 95% industrial grade, 99% refined grade) are available, catering to both small-batch R&D and large-scale production needs.