Sodium Acetate Trihydrate

Basic Product Parameters

Standard industrial grade sodium acetate trihydrate is defined by fixed chemical and technical indicators for consistent batch-to-batch performance. The official chemical nomenclature is Sodium Acetate trihydrate, with a molecular formula of C₂H₃NaO₂·3H₂O, a molecular weight of 136.094, and CAS registration number 6131-90-4. All core parameters comply with international industrial chemical identification standards for traceability and third-party verification.

Physical Properties

The product presents as colorless transparent crystals or white crystalline powder with a relative density of 1.45. It features standard industrial hygroscopic and weathering characteristics, prone to efflorescence when exposed to warm, dry ambient air. Solubility metrics are fixed and testable: 1 gram of the product dissolves in approximately 0.8 milliliters of water and 19 milliliters of ethanol under standard room temperature conditions, supporting stable formulation and industrial dosing operations.

Industrial Applications

This chemical serves as a functional industrial additive for standardized industrial processing scenarios. It is widely deployed as a buffering agent for solution stability adjustment, a pH regulator for precise acid-base balance control, a seasoning reagent and flavor agent for food-grade processing, and a preservative for material shelf-life extension. All application functions match conventional industrial usage standards for chemical auxiliary materials.

Packaging Specification

The product adopts double-layer industrial packaging for leakage prevention and storage stability. The inner layer is a food and industrial-grade polyethylene bag for isolation from external contaminants, and the outer layer is a high-strength compound plastic woven bag for mechanical damage resistance. Each packaged unit carries a fixed net weight of 25kg, meeting international bulk chemical transportation packaging specifications.

Storage & Transportation Requirements

Professional storage and logistics protocols are implemented to maintain product physical and chemical stability. Warehousing requires dry, well-ventilated warehouse environments with stable temperature and humidity. During transit, goods must be kept away from high-temperature heat sources and humid conditions, with careful loading and unloading operations to prevent package breakage and product leakage. Segregated storage and transportation from all toxic chemical substances is mandatory to eliminate cross-contamination risks, in line with industrial chemical safety management norms.