Products

  • Aluminum Sec-Butoxide (C₁₂H₂₇O₃Al)

    Aluminum Sec-Butoxide (C₁₂H₂₇O₃Al)

    Aluminum Sec-Butoxide (C₁₂H₂₇O₃Al)

    CAS No.: 2269-22-9 | Molecular Weight: 246.24


    Product Overview

    High-reactivity organoaluminum compound available as colorless to pale yellow viscous liquid. Ideal for precision catalysis and specialty chemical synthesis applications.

    ![Molecular Structure Diagram]


    Key Characteristics

    Physical Properties

    • Appearance: Clear viscous liquid (colorless to pale yellow)
    • Density: 0.96 g/cm³
    • Boiling Point: 200-206°C @30mmHg
    • Flash Point: 27.8°C (Closed Cup)
    • Solubility: Miscible with ethanol, isopropanol, toluene

    Chemical Behavior

    • Moisture-sensitive: Hygroscopic, hydrolyzes to Al(OH)₃ + sec-butanol
    • Flammability Class IB (Highly flammable liquid)
    • Storage Stability: 24 months in original packaging

    Technical Specifications

    Grade ASB-04 (Premium) ASB-03 (Industrial)
    Aluminum Content 10.5-12.0% 10.2-12.5%
    Iron Content ≤100 ppm ≤200 ppm
    Density Range 0.92-0.97 g/cm³ 0.92-0.97 g/cm³
    Recommended For Pharmaceutical intermediates
    High-precision catalysis
    Industrial coatings
    Lubricant formulations

    Core Applications

    Catalysis & Synthesis

    • Transition metal catalyst precursor
    • Aldehyde/ketone reduction-oxidation reactions
    • CVD coating processes for inorganic membranes

    Functional Additives

    • Rheology modifier in paints/inks (thixotropic control)
    • Waterproofing agent for technical textiles
    • Component in aluminum complex greases

    Advanced Materials

    • Metal-organic framework (MOF) synthesis
    • Polymer cross-linking agent

    Packaging & Handling

    • Standard Packaging: 20L PE drums (nitrogen atmosphere)
    • Custom Options: Bulk containers (IBC/TOTE) available
    • Safety Handling:
      ∙ Use dry inert gas blanket during transfer
      ∙ Equip with explosion-proof equipment
      ∙ Immediate resealing after partial use
  • Aluminum Isopropoxide (C₉H₂₁AlO₃) Technical Grade

    Aluminum Isopropoxide (C₉H₂₁AlO₃) Technical Grade

    Aluminum Isopropoxide (C₉H₂₁AlO₃) Technical Grade

    CAS No.: 555-31-7
    Molecular Formula: C₉H₂₁O₃Al
    Molecular Weight: 204.24


    Product Overview

    High-purity aluminum isopropoxide serves as a versatile organometallic compound for advanced pharmaceutical synthesis and specialty chemical applications. Available in customizable physical forms to meet precise process requirements.

    ![Product Form Illustration: Lumps/Powder/Granules]


    Key Features & Benefits

    Multi-Format Availability

    • Physical states: Lumps (5-50mm), Powder (≤100μm), Custom Granules
    • Solubility: Fully soluble in ethanol, isopropanol, benzene, toluene, chloroform, CCl₄, and petroleum hydrocarbons

    Process Optimization

    • 99% chemical purity (GC verified)

    • Low residual chloride (<50ppm)
    • Controlled particle size distribution

    Supply Chain Advantages

    • Flexible packaging: Standard 25kg PE bags or custom containers
    • ISO-certified batch consistency
    • Global logistics support

    Technical Specifications

    Parameter AIP-03 (Industrial Grade) AIP-04 (Premium Grade)
    Chemical Name Aluminum Triisopropoxide Aluminum Triisopropoxide
    Appearance White solid (lumps/powder/granules) White solid (lumps/powder/granules)
    Initial Melting Point 110.0-135.0℃ 115.0-135.0℃
    Aluminum Content 12.5-14.9% 12.9-14.0%
    Solubility Test
    (1:10 in Toluene)
    No insoluble matter No insoluble matter
    Typical Applications General coupling agents
    Pharma intermediates
    High-purity drug synthesis
    Precision surface treatments

    Core Applications

    Pharmaceutical Intermediates

    • Key precursor for steroid hormones:
      • Testosterone
      • Progesterone
      • Ethisterone
      • Phytol derivatives

    Advanced Material Synthesis

    • Aluminum-based coupling agent production
    • Metalorganic CVD precursors
    • Polymer modification additive
    • Catalysis systems development

    Quality & Safety

    Storage Guidelines

    • Store in original packaging at <30℃
    • Maintain RH <40% in ventilated warehouse
    • Shelf life: 36 months when properly sealed

    Compliance

    • REACH registered
    • ISO 9001:2015 certified production
    • Batch-specific COA available
    • SDS upon request
  • Pseudoboehmite (AlOOH·nH2O) Advanced Material Solutions

    Pseudoboehmite (AlOOH·nH2O) Advanced Material Solutions

    Pseudoboehmite (AlOOH·nH2O) Advanced Material Solutions

    Product Overview

    Our high-performance alumina precursor material is available in white colloidal (wet) or powdered (dry) forms, boasting crystalline purity ≥99.9%. Engineered pore structure customization meets specialized requirements for catalyst carriers and industrial binders. Standard 25kg/bag packaging ensures optimal logistics efficiency.

    ![Application Scenario Infographic]

    Competitive Advantages

    Exceptional Material Properties

    • High Surface Area: Up to 280m²/g BET surface (CAH-3/4 series)
    • Tunable Porosity: 5-15nm adjustable pore diameter
    • Superior Peptization: 95% peptization index (CAH-2/4 series)
    • Thermal Stability: ≤35% loss on ignition
    • Ultra-Low Impurities: Total critical impurities ≤500ppm

    Advanced Production Process

    • Precision classification technology (D50 ≤15μm)
    • Dynamic calcination system for pore structure control
    • Triple purification process ensuring ≥99.9% purity

    Technical Specifications

    Model CAH-1 ZTL-CAH-2 ZTL-CAH-3 ZTL-CAH-4
    Porosity Characteristics
    Pore Volume (cm³/g) 0.5-0.8 0.5-0.8 0.9-1.1 0.9-1.1
    Avg. Pore Diameter (nm) 5-10 5-10 10-15 10-15
    Peptization Performance
    Peptization Index ≥ 90% 95% 90% 95%
    Recommended Applications Standard binding High-strength binding Macromolecular catalysis Macromolecular high-binding

    Industrial Applications

    Catalyst Systems

    • FCC catalyst carriers (petroleum cracking)
    • Environmental catalysts (VOCs treatment, denitrification)
    • Chemical synthesis catalysts (ethylene production, EO synthesis)

    Advanced Materials

    • Molecular sieve forming binder (Y-type optimized)
    • Refractory fiber reinforcement
    • Ceramic precursor material

    Quality Assurance

    ISO 9001-certified manufacturing with:

    • Batch-traceable analysis reports (ICP included)
    • Customized particle/pore development
    • Dedicated technical support team

    Storage & Safety

    • Storage: Ambient temperature in well-ventilated, dry warehouse (RH ≤60%)
    • Shelf Life: 24 months in original sealed packaging
    • Compliance: REACH compliant, MSDS available on request
  • Micro-Nano Alumina

    Micro-Nano Alumina

    **Micro-Nano Alumina**
    Produced via *alkoxide hydrolysis*, this high-purity (99.7%-99.99%) material combines nanoscale precision with industrial durability, offering exceptional thermal stability (≤1,500°C), mechanical strength, and chemical resistance.

    **Key Features**
    - **Precision Control**: Adjustable particle size (50nm-5μm) and morphology
    - **High Surface Activity**: 20-300 m²/g specific surface area
    - **Phase Flexibility**: α/γ-phase customization
    - **Uniform Dispersion**: Anti-aggregation technology

    **Applications**
    ▷ **Electronics & Optics**:
    • IC packaging, sapphire growth, precision polishing
    • Transparent ceramics for lasers/armor

    ▷ **Energy**:
    • Battery coatings, solid-state electrolytes
    • Solar cell components

    ▷ **Industry**:
    • Catalyst supports, wear-resistant coatings
    • Rare-earth phosphor precursors

    **Specifications**
    - Purity: 99.7%-99.99%
    - Forms: Powders, suspensions
    - Certification: ISO 9001, batch consistency

    Ideal for high-tech sectors demanding reliability at micro-nano scales, from energy storage to advanced optics. Custom solutions available.

  • Ultra-High-Purity Alumina

    Ultra-High-Purity Alumina

    **Ultra-High-Purity Alumina (UHPA) Overview**
    Produced via precision alkoxide hydrolysis, our UHPA achieves 99.9%-99.999% purity with exceptional thermal stability (≤1600°C), mechanical strength, and chemical inertness.

    **Key Features**
    - **Atomic Purity**: Sub-ppm impurity control
    - **Customizable**: Adjustable particle size (50nm-10μm) & porosity
    - **Multi-Functional**: Superior sintering density, optical transparency (>99%), and corrosion resistance

    **Core Applications**
    ◼ **Advanced Manufacturing**:
    • Synthetic sapphire growth (LED/display substrates)
    • Precision polishing for semiconductors & optics
    • High-performance ceramics (IC packaging, solid oxide fuel cells)

    ◼ **Energy Tech**:
    • Lithium battery coatings & separators
    • Transparent armor & laser components

    ◼ **Industrial Solutions**:
    • Petrochemical catalyst supports
    • Rare-earth phosphor precursors
    • High-temperature furnace parts

    **Formats**: Nanoscale powders, granules, suspensions
    **Quality**: ISO 9001-certified production, batch consistency

    Ideal for industries demanding zero-defect materials, UHPA enables breakthroughs in optics, energy, and advanced ceramics with unmatched purity and performance stability.

  • High-Purity Gamma Alumina

    High-Purity Gamma Alumina

    High-Purity Gamma Alumina
    Produced via advanced alkoxide hydrolysis, this gamma-phase alumina offers ultra-high purity (99.9%-99.99%) with exceptional properties:

    • High Surface Area (150-400 m²/g) & Controlled Porosity
    • Thermal Stability (up to 1000°C) & Mechanical Strength
    • Superior Adsorption & Catalytic Activity

    Applications:
    ✔️ Catalysts/Carriers: Petroleum refining, emission control, chemical synthesis
    ✔️ Adsorbents: Gas purification, chromatography, moisture removal
    ✔️ Custom Forms: Powder, spheres, pellets, honeycombs

    Key Advantages:

    • Phase purity (>98% γ-phase)
    • Adjustable acidity & pore structure
    • Batch consistency & scalable production

    Ideal for high-performance industrial processes requiring stability, reactivity, and efficiency.

  • AGO-0X5L Catalyst for PA Production from 0-xylene

    AGO-0X5L Catalyst for PA Production from 0-xylene

    Chemical Coposition

    V-Tl metal oxide coated on inert carrier

    Physical Properties 

    Catalyst Shape

    Regular hollow ring

    Catalyst Size

    7.0*7.0*3.7±0.1mm

    Bulk Density

    1.07±0.5kg/L

    Number of Layer

    5

    Performance Parameters

    Oxidation Yield

    113-115wt% after first year

    112-114wt% after second year

    110-112wt% after third year

    Hot Spot Temperature

    400-440℃(Normal)

    Catalyst Pressure Drop

    0.20-0.25 Bar(G)

    Catalyst Lifetime

    >3 years

    Commercial Plant Use Condition 

    Air Flow

    4. 0NCM/tube/h

    O-xylene load

    320g/tube/h (Normal)

    400g/tube/h(Max)

    0-xylene concentration

    80g/NCM (Normal)

    100g/NCM (Max)

    Salt Temperature

    350-375℃

    (According to client plant condition)

    Product Features and Services

    AGO-0X5L, the number of catalyst layers is 5 layers, which is developed and optimized based on the advanced phthalic an hydride catalyst technology in Europe. This type of catalyst has the characteristics of high activity and high yield, and the product quality is stable and reliable. At present, the catalyst research and development and trial production have been completed, and industria production will be carried out soon.

    Provide catalyst loading and start-up technical services.

    Product History

    2013————————————–R&D started and succeed

    At the beginning of 2023—————-R&D restarted, confirmation completed

    At the middle of 2023——————–Industrial trial production

    At the end of 2023———————–Ready for delivery

  • AOG-MAC01 fixed-bed benzene Oxidation to Maleic Anhydride catalyst

    AOG-MAC01 fixed-bed benzene Oxidation to Maleic Anhydride catalyst

    AOG-MAC01 fixed-bed benzene Oxidation to Maleic Anhydride catalyst
    Product Description:
    AOG-MAC01 fixed-bed benzene Oxidation to Maleic Anhydride catalyst taking
    Mixed oxide in the inert carrier,V2O5 and MoO3as active components,is used
    In fixed-bed benzene oxidation to maleic anhydride. The catalyst possesses the
    Characteristics of high activity,high intensity,98%-99% conversion rate,good
    selectivity and upto 90%-95% yield. The catalyst has been treated with pre-activation
    and processing longlife,the started induction period is reduced significantly,
    The service life of the product is up to two years or more.
    Physical and chemical properties:

    items

    index

    Appearance

    Black-blue color

    Bulk density,g/ml

    0.75-0.81g/ml

    Shape specification,mm

    Regular hollow ring 7 * 4 * 4

    Surface area, ㎡/g

    0.1

    Chemical composition

    V2O5, MoO3 and additives

    Crushing strength

    Axial10kg/partical, radial5kg/partical

    Reference operating conditions:

    Temperature,℃

    Initial stage 430-460℃,normal400-430℃

    Space velocity,h -1

    2000-2500

    Benzene concentration

    42g-48g /m³good effect, 52g/ /m³can be used

    Level of activity

    Benzene conversion rate 98%-99%

    1. Using oil-benzene is best to the catalyst,because thiophene and total sulfur in benzene will lower the catalyst activity of operating,after the device is running normally,superfine coking benzene can be used.
    2. In the process, the hot-spot temperature should not exceed 460℃.
    3. The catalyst’s space velocity within 2000-2500 h -1 has the best effect.of course,if the space velocity is larger than this,it also works well,since it is the catalyst with high space velocity.
    Package and transportation:
    During the storage and transportation process, the catalyst is absolute moisture proof,waterproof and it should not exceed 3 months when it is placed in the air. We can flexibly package according to the customers’requires.

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