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Bentonite Decolorizing Powder for Kerosene Oil Filtering Active Earth

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Decolorizing & Filtration: Effectively removes impurities and contaminants from kerosene oil through high-efficiency adsorption, leveraging its activated earth properties.
  • Surfactant Action: Enhances emulsification and stabilization in chemical processes, supporting diverse industrial applications.

Key features

  • 1. Advanced Material Technology

  • With 100% pure Bentonite and silica (SiO₂) composition, ensure superior adsorption efficiency and chemical stability in harsh industrial environments. The fine, uniform particle structure enhances surface area for optimal contaminant removal.

  • 2. Seamless Interactive Design

  • With a fine, uniform particle size, easily integrates into filtration systems for seamless operation and consistent performance, reducing downtime and maintenance needs.

  • 3. Enhanced Performance Parameters

  • With enhanced adsorption capacity compared to traditional activated carbon*, effectively removes impurities and contaminants from kerosene oil, improving output clarity and purity.

  • 4. Versatile Scenario Solutions

  • Designed for kerosene oil decolorization and purification, this powder also adapts to cosmetic, pharmaceutical, or industrial applications requiring fine-textured, high-purity adsorbents.

  • 5. Compliance with Certification Standards

  • Complies with industrial safety and environmental regulations, ensuring safe handling and disposal in chemical processing industries.*

Product details

Bentonite Decolorizing Powder for Kerosene Oil Filtering Active Earth

Bentonite Decolorizing Powder is a high-purity adsorbent designed for efficient decolorization and purification in kerosene oil filtering and industrial applications. Its fine white powder form ensures uniform dispersion, while its activated carbon-based composition and surfactant properties deliver superior adsorption efficiency.

Technical specifications

FeatureSpecificationBenefit
Adsorbent VarietyActivated CarbonHigh porosity for effective contaminant removal
AppearanceWhite PowderFine particle size (≤5 µm) for uniform mixing
Material BaseWater-compatibleSafe for aqueous and oil-based systems
Chemical FormulaSiO₂ (primary component)Stable chemical structure for durability
Purity100%Eliminates impurities in critical processes
FunctionalitySurfactant + AdsorbentDual-action purification and decontamination

Customization guide

Adjustable parameters include particle size distribution (to optimize adsorption kinetics) and surface modification (to enhance specificity for target contaminants). Custom formulations can be tailored for applications requiring enhanced hydrophobicity or thermal stability.

Get inspired

Ideal for industries demanding precision in purification: refine kerosene oil to meet stringent clarity standards, or use in pharmaceuticals to ensure contaminant-free active ingredients. The powder’s fine texture and 100% purity make it a versatile solution for high-stakes applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Adsorption Capacity1.2 g/m²+15% (1.4 g/m²)*+30% (1.6 g/m²)*
Particle Size5–10 µm3–5 µm2–3 µm
Purity99.5%99.8%100%
pH Range4–93–102–12

Supplier's note

  1. Technical Breakthroughs:

    • Adsorption Efficiency: The Pro Model’s 1.6 g/m² capacity outperforms industry benchmarks by 30%, enabling faster kerosene purification.
    • Particle Uniformity: Advanced Model’s 3–5 µm particles ensure 20% faster dispersion than traditional 10 µm powders.
    • pH Versatility: Pro Model’s 2–12 pH range accommodates harsher chemical environments, unlike competitors limited to neutral ranges.
  2. Optimal Version Selection:

    • Base Model: Suitable for standard oil refining or low-volume pharmaceutical trials where cost-efficiency is prioritized.
    • Advanced Model: Ideal for mid-scale industrial processes requiring enhanced adsorption and broader pH adaptability.
    • Pro Model: Recommended for critical applications like medical-grade solvent purification or high-temperature chemical processing, where zero impurities and extreme performance are non-negotiable.

With the Pro Model’s 100% purity and nano-sized particles, you can achieve ISO 200-grade kerosene clarity in half the time of conventional methods.

Frequently asked questions

  • Which decolorizing powder is best for filtering impurities in kerosene oil production?

  • How should I store Bentonite Decolorizing Powder to preserve its adsorption capability?

  • Bentonite vs Activated Carbon: Which is better for kerosene oil purification?

  • Can this powder be customized for specific oil filtration needs?

  • Is the Bentonite powder FDA-approved for industrial oil filtration?

  • What makes your decolorizing powder suitable for high-purity kerosene?

  • How does the SiO₂ content in the powder improve oil filtration?

  • Does the powder work with water-based systems for oil refining?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Activated CarbonGeneral industrial filtrationAdsorption Capacity: 1.2g/g (ASTM D3713)
Purity: 95% (ISO 11843)
Cost-effective, widely availableLower purity (may leave impurities), limited decolorization efficiency
Our Base Bentonite Decolorizing PowderBasic oil filtering, chemical purificationAdsorption Capacity: 1.5g/g (▲1)
Purity: 99% (ISO 11843)
SiO₂: 45% (ISO 11843)
Improved purity over industry standards, cost-effective for routine useModerate adsorption (not ideal for high-purity applications)
Our Advanced Bentonite Decolorizing PowderHigh-end kerosene oil decolorizationAdsorption Capacity: 1.8g/g (▲2)
Purity: 100% (ISO 11843)
SiO₂: 50% (▲1)
Highest adsorption efficiency, guaranteed 100% purity, tailored for critical usesHigher cost, requires precise handling for optimal performance
Silica-Based AdsorbentsWater treatment, pH-sensitive processesParticle Size: 10μm (ISO 13320)
pH Neutrality: ±0.5 (ASTM C1193)
Chemically inert, stable in diverse pH environmentsLower adsorption capacity for organic compounds, slower reaction times
Zeolite AdsorbentsGas purification, thermal applicationsThermal Stability: 800°C (ASTM C1264)
Cation Exchange Capacity: 2.5 meq/g
Durable under extreme temperatures, effective for ion exchangeHigh cost, limited availability for niche applications
Polymer AdsorbentsCustom chemical processing, R&D labsCustomizable Surface Chemistry (ISO 10404)
Dispersibility: 98% in 2min
Tailored for specific chemical interactions, rapid dispersionRequires specialized synthesis, not scalable for mass production

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.