Nano Fe3O4 Powder CAS 1317-61-9 Superparamagnetic Nanoparticles for Industrial Magnetic Separation
Product Overview
Nano Fe3O4 Powder (CAS 1317-61-9) is a high-performance superparamagnetic nanoparticle material professionally developed for industrial magnetic separation scenarios. Synthesized via advanced nano wet chemical process, the product features ultra-fine particle size, uniform distribution and excellent dispersion performance. Different from conventional magnetic powders, it shows zero residual magnetism after removing external magnetic field, with fast magnetic response and reversible magnetic properties. It can efficiently adsorb target impurities and functional substances in liquid and solid systems, realizing rapid magnetic capture, separation and cyclic recovery. It is a core functional material for high-efficiency industrial magnetic separation and purification.
Core Features
- Superparamagnetic Characteristic: No remanence and no magnetic agglomeration without external magnetic field, ensuring flexible and repeated magnetic separation operation.
- Fast Magnetic Response: Instant magnetization under magnetic field, rapid capture of target substances, greatly improving industrial separation efficiency.
- Ultra-fine Nano Particle Size: Large specific surface area, strong adsorption capacity, able to capture tiny micro-impurities that traditional magnetic materials cannot adsorb.
- Excellent Dispersion Stability: Uniformly dispersed in water and organic solvent systems, no precipitation or agglomeration, stable for long-term use.
- Reusable & Cost-effective: Easy magnetic recovery and regeneration, with stable performance after multiple cycles, reducing industrial production costs.
- Stable Chemical Properties: Good chemical inertness, high temperature resistance and corrosion resistance, adaptable to complex industrial working conditions.
Product Specifications
Product Name: Nano Fe3O4 Powder / Nano Magnetite Powder
CAS No: 1317-61-9
Chemical Formula: Fe₃O₄
Appearance: Black Ultra-fine Nano Powder
Core Property: Superparamagnetic, zero remanence, fast magnetic response
Particle Feature: Ultra-fine particle size, large specific surface area
Core Application: Industrial magnetic separation, impurity purification, magnetic adsorption recovery
Applicable System: Water phase, organic solvent, industrial suspension system
Application Scope
This superparamagnetic nano Fe3O4 powder is widely used in industrial magnetic separation and purification fields. It is suitable for wastewater impurity separation, industrial liquid purification, mineral magnetic separation, fine particle impurity removal, and biochemical substance magnetic separation. It can also be applied in magnetic adsorption purification of chemical raw materials, food industry impurity removal, and environmental protection sewage treatment. It serves as an efficient and recyclable magnetic medium for various industrial precision separation processes.
Usage Guide
Disperse nano Fe3O4 powder evenly into the working medium through high-speed stirring or ultrasonic dispersion according to industrial separation requirements. Fully mix with the system to exert sufficient adsorption capacity for target impurities. Use external magnetic equipment for rapid magnetic separation and recovery after adsorption. The recovered nanoparticles can be regenerated and reused after simple cleaning. Small-scale trial test is recommended before mass industrial application to adjust dosage and separation parameters for optimal purification effect.
Packaging & Storage
Packaging: 25kg vacuum sealed packaging, customized packaging is available
Storage Conditions: Store in dry, cool and ventilated environment, keep tightly sealed, avoid moisture, oxidation and strong magnetic field interference
Shelf Life: 12 months under original sealed storage conditions
Our Advantages
Our superparamagnetic nano Fe3O4 powder has controllable particle size, uniform dispersion and stable superparamagnetic performance with zero batch difference. It solves the problems of poor dispersion and low adsorption efficiency of traditional magnetic powders. Customized surface modification (hydrophilic/hydrophobic) is supported for different industrial working conditions. We provide professional technical guidance for industrial magnetic separation formula and process optimization. Factory direct supply guarantees sufficient inventory, stable delivery and competitive price. Free samples are offered for customer performance testing and industrial trial use.