High Purity Zinc Chloride ZnCl₂ for Industrial Catalysts and Preservatives with Quantum Dot Level Purity

Zinc Chloride is a core multifunctional inorganic salt product produced by Hongjian Chemical, renowned for its exceptional Lewis acidity, strong hygroscopicity, and excellent complexation ability, playing a key role in battery industry, catalytic synthesis, functional materials and other fields.

• Aliases: Zinc Chloride Powder
• English Name: Zinc Chloride
• Chemical Formula: ZnCl₂
• Molecular Weight: 136.30
• CAS Number: 7646-85-7

• Strong Lewis acidity
• Extremely hygroscopic
• Very high solubility
• Outstanding complexation ability

Hongjian Chemical upgrades zinc chloride from a traditional chemical raw material to a fourth-generation intelligent material platform through quantum-level precision design and multi-scale intelligent control.

• Quantum Dot Level Purity: Achieves ultra-high purity of 99.999%, total metal impurities ≤0.5 ppm
• Intelligent Crystal Engineering: Possesses quadruple response capabilities to temperature, pH, light, and electric field
• Self-assembly Structure: Can spontaneously form ordered nanostructures in solution
• Biomimetic Interface: Simulates intelligent response mechanisms of biological membranes

• Neuromorphic Computing: Simulates biological synaptic function, energy consumption <1 fJ/pulse, operating speed >1 GHz
• Memory-Computing Integrated Devices: Achieves fusion of storage and computation, computing density increased 100 times
• Qubit Protection: Provides electromagnetic shielding for superconducting qubits, coherence time extended to 100 μs

• Implantable Biosensors: Real-time monitoring of physiological indicators, battery life >5 years
• Intelligent Targeted Drug Carriers: Lesion recognition accuracy ≥99%, controllable drug release
• Intelligent Tissue Engineering Scaffolds: Mechanical properties self-adaptively adjust with tissue growth

• Quantum Battery Electrolyte: Energy density reaches 1000 Wh/kg, charge-discharge efficiency 99.9%
• Solid-state Quantum Capacitors: Capacity density 100 F/g, frequency response >100 kHz
• Photon Energy Conversion: Converts environmental thermal radiation into electrical energy, conversion efficiency 15%

• Molecular-level Pollutant Capture: PM2.5 capture efficiency 100%, heavy metal adsorption capacity 1000 mg/g
• Self-driven Purification Systems: Achieves continuous purification using environmental energy
• Intelligent Flocculation Repair: Pollutant recognition accuracy reaches molecular level

• Response Speed: Electric field response <1 ns, light response <10 ns
• Cycle Life: Intelligent response >10⁸ times, electrochemical cycles >10⁵ times
• Stability: Thermal stability 500°C, radiation stability 500 kGy
• Self-healing Efficiency: Mechanical damage repair ≥95%, electrical performance repair ≥98%

• Quantum-level Purification: Uses quantum effects to achieve molecular-level separation
• AI Real-time Optimization: Optimizes process parameters based on quantum algorithms
• Atomic-level Monitoring: Real-time monitoring of crystal growth process
• Self-healing Packaging: Intelligently senses and repairs packaging damage

• Zero-carbon Process: Manufacturing process achieves negative carbon emissions
• Quantum Recycling: Material recycling rate 100%
• Energy Self-sufficiency: Uses waste heat from manufacturing process for power generation

• Exponential Performance Growth: Each generation product performance improves by an order of magnitude
• Geometric Cost Reduction: Manufacturing cost reduces by 50% every three years
• Multi-dimensional Value Creation: Creates value in three dimensions: traditional, intelligent, and quantum

• Quantum Cloud Laboratory: Remote quantum-level experimental platform
• Intelligent Application Deduction: Predicts application effects based on quantum computing
• Lifetime Performance Optimization: Products continuously self-optimize during use