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Home > Products > Activated Alumina > Reactive Alumina HA600 Micro-Powder with Singlet Distribution for High-Performance Refractory Matrix Packing

Reactive Alumina HA600 Micro-Powder with Singlet Distribution for High-Performance Refractory Matrix Packing

Product Details

Place of Origin: Shandong, China

Brand Name: HUAO

Certification: ISO9001, ISO14001, ISO45001

Model Number: Activated Alumina

Payment & Shipping Terms

Minimum Order Quantity: Negotiation

Price: Negotiation

Delivery Time: Normally 15 days

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Highlight:
Na₂O(%):
0.08, 0.10
Fe₂O₃(%):
0.02, 0.04
MgO(%):
0.05
SiO₂(%):
0.03, 0.08
CaO(%):
0.02
Surface Area/BE(m²/g)T:
6.0, 7.2, 9.5
D50 Cilas(μm):
0.4, 0.6, 0.8
D90 Cilas(μm):
3.0, 4.0
Na₂O(%):
0.08, 0.10
Fe₂O₃(%):
0.02, 0.04
MgO(%):
0.05
SiO₂(%):
0.03, 0.08
CaO(%):
0.02
Surface Area/BE(m²/g)T:
6.0, 7.2, 9.5
D50 Cilas(μm):
0.4, 0.6, 0.8
D90 Cilas(μm):
3.0, 4.0
Reactive Alumina HA600 Micro-Powder with Singlet Distribution for High-Performance Refractory Matrix Packing

Product Description

HUAO HA600 is a premium-grade reactive alumina micro-powder engineered for high-performance refractory castables, advanced technical ceramics, and precision polishing compounds. As a leading China alumina powder manufacturer, HUAO produces HA600 in our ISO 9001, ISO 14001, and ISO 45001 certified manufacturing plant under strict thermal processing and classification standards. Featuring an exceptionally clean impurity profile with typical alkali content (Na₂O) at 0.08% (Max 0.10%) and low silica (SiO₂ ≤ 0.08%), HA600 prevents low-melting glass phase formation at elevated operating temperatures. With a sub-micron median particle size (D50 = 0.6 μm), a controlled BET surface area of 7.2 m²/g, and a fully singlet particle morphology, HUAO HA600 guarantees optimal interstitial packing density and exceptional rheological stability for industrial batching.

Technical Parameters

Features/Methods Unit HA600 Typical HA600 Min HA600 Max
Na₂O % 0.08
0.10
Fe₂O₃ % 0.02
0.04
MgO % 0.05

SiO₂ % 0.03
0.08
CaO % 0.02

Surface area/BET m²/g 7.2 6.0 9.5
D50 Cilas μm 0.6 0.4 0.8
D90 Cilas μm 3.0
4.0
Particle distribution
singlet

Key Features

Ultra-Low Impurity Profile: Max 0.10% Na₂O and 0.04% Fe₂O₃ preserve high hot modulus of rupture (HMOR) and structural integrity under severe thermal loads.

Sub-Micron Particle Sizing: Controlled median D50 of 0.6 μm (0.4–0.8 μm range) with D90 ≤ 4.0 μm enables tight particle packing within refractory aggregate matrices.

Reactive Alumina HA600 Micro-Powder with Singlet Distribution for High-Performance Refractory Matrix Packing
Reactive Alumina HA600 Micro-Powder with Singlet Distribution for High-Performance Refractory Matrix Packing

Singlet Particle Morphology: Completely unagglomerated singlet distribution ensures smooth dispersion in aqueous suspensions and reduces fluid friction.

High Sintering Reactivity: High surface area (BET 6.0–9.5 m²/g) promotes rapid solid-state densification and controlled firing shrinkage during thermal sintering.

Applications

High-Performance Refractory Castables

Acts as a reactive micro-powder matrix binder in low-cement (LCC) and ultra-low cement (ULCC) castables, drastically lowering water mixing requirements while improving molten slag penetration resistance.

Advanced Technical Ceramics

Serves as a primary raw material for wear-resistant ceramic components, electrical insulation substrates, and high-density structural ceramics requiring minimal sintering voids.

Precision Polishing & Surface Finishing Media

Utilized in precision optical polishing compounds, thermal spraying powders, and industrial wear coatings due to its uniform sub-micron particle morphology.


Reactive Alumina HA600 Micro-Powder with Singlet Distribution for High-Performance Refractory Matrix Packing

Technical Advantages

Optimized Rheological Behavior: Singlet particle distribution minimizes slurry viscosity, allowing formulation engineers to achieve fluid workability with minimal liquid addition.

Slag & Chemical Corrosion Resistance: Ultra-low typical silica (0.03% SiO₂) and calcium (0.02% CaO) prevent premature glass phase degradation when exposed to molten slag or aggressive chemical atmospheres.

In-House Quality Traceability: Direct factory supply with automated Laser Cilas particle size analysis guarantees strict batch-to-batch consistency.

Increased Green Body Density: Sub-micron micro-particles efficiently fill interstitial voids between coarse aggregates, substantially increasing green density prior to firing.

Customization

As a global B2B reactive alumina micropowder supplier, HUAO customizes HA600 sizing specifications and surface treatments to align with your exact processing requirements. Standard packaging includes multi-layer 25kg moisture-barrier paper bags, 1000kg bulk super sacks, and export-grade palletized packaging processed under full compliance standards.

FAQ

Q1: What chemical characteristics set HUAO HA600 apart as a high-purity reactive alumina powder?

A1: HUAO HA600 is manufactured by our direct factory lines with an extremely low alkali content (typical Na₂O at 0.08%, max 0.10%) and low Fe₂O₃ (typical 0.02%, max 0.04%), ensuring superior hot strength and preventing low-melting phase formation in thermal systems.

Q2: How does the singlet particle distribution of HUAO HA600 benefit refractory castables?

A2: The singlet particle distribution prevents severe agglomeration, reducing inter-particle friction in slurries and enabling refractory formulators to achieve optimal flowability with lower water consumption.

Q3: What international quality management certifications govern the HUAO manufacturing facilities?

A3: HUAO operates as a fully certified wholesale reactive alumina manufacturer under ISO 9001 (Quality Management), ISO 14001 (Environmental Management), and ISO 45001 (Occupational Health & Safety) systems to ensure rigorous product stability and reliable global delivery.

Q4: What are the particle size parameters for HUAO HA600 measured by Cilas analyzers?

A4: Measured via Cilas particle size analyzer standards, HUAO HA600 features a typical median D50 of 0.6 μm (range 0.4–0.8 μm) and a D90 of 3.0 μm (max 4.0 μm).


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