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  • Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll
  • Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll
  • Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll
  • Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll
  • Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll
  • Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll
Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll

Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll

$3.60-$8.00/ Square Meter|568 Square Meter/Square Meters(Min. Order)
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Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Air Filtration & Odor Removal: Combines coconut shell-based activated carbon with PP melt-blown media to capture particulate matter (dust, pollen) and neutralize odors, VOCs, and harmful gases.
  • High Efficiency Filtration: Designed to achieve multi-layer purification, integrating activated carbon’s adsorption properties with PP melt-blown’s fine particle trapping capability for superior air quality.

Key features

  • 1. Material Technology

    • With coconut shell-based activated carbon and PP melt-blown bonding, you can achieve superior odor adsorption and contaminant capture—~20% more effective than standard carbon filters*. The coconut-derived carbon ensures high adsorption capacity, while the PP melt-blown structure maintains durability under high airflow.

  • 2. Interactive Design

    • With customizable porosity and thickness, you can tailor filtration needs for specific applications like HVAC systems or air purifiers, offering ~30% faster airflow than rigid alternatives*. The non-woven, layered design allows seamless integration into diverse filtration systems.

  • 3. Performance Parameters

    • With high filtration efficiency capturing particles as small as 0.3 microns, you can ensure clean air output in demanding environments, reducing particle penetration by ~40% compared to basic melt-blown media*. This balance of efficiency and airflow makes it ideal for both residential and commercial use.

  • 4. Scenario Solutions

    • With versatile application adaptability, you can deploy seamlessly in home air purifiers or industrial filtration systems, maintaining performance in environments with ~50% higher airflow demands*. Its durability withstands repeated cleaning and reuse, making it suitable for continuous operation in harsh settings.

  • 5. Certification Standards

    • With eco-friendly certification for coconut-based carbon and recycled PP materials, you can meet sustainability standards while ensuring reliable filtration performance. The product aligns with global environmental regulations, reducing ecological impact compared to traditional filters.

Product details

Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown air Filter Media in Roll

The Coconut Shell Based Granulated Activated Carbon Bonded to PP Melt Blown Air Filter Media in Roll combines high-performance filtration with environmental sustainability. Engineered for versatility, this non-woven material effectively captures particulates, adsorbs odors, and withstands harsh conditions, making it ideal for HVAC systems, industrial air purification, and water filtration applications.

Technical specifications

FeatureSpecificationBenefit
Material CompositionCoconut shell activated carbon + PP melt-blownAdsorbs VOCs/odors + traps particles down to 0.3µm
Filtration Efficiency99.9% for PM2.5; 95% for PM0.3Meets ISO 16890 & FDA food-grade standards
DurabilityNon-woven structure with 10,000+ flex cyclesWithstands high-pressure airflow without tearing
Pressure Drop≤ 50 Pa at 500 CFM20% lower than traditional woven media
Environmental ComplianceRecycled PP content (≥40%)Reduces carbon footprint by 30%

Customization guide

Adjustable parameters:

  • Thickness: 0.5–3mm (optimize airflow resistance vs. filtration density)
  • Porosity: 50–80% (balance particle capture vs. breathability)
  • Carbon Load: 10–30% by weight (enhance adsorption capacity for chemical filtration)

Get inspired

With coconut shell activated carbon bonded to PP melt-blown media, you can achieve multi-layer filtration: capture particulates while eliminating odors in HVAC systems, or pair with industrial equipment for oil mist removal. The material’s flexibility allows seamless integration into reusable filter cartridges, reducing replacement costs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Filtration Efficiency95% (PM2.5)+15% (99.5%)+30% (99.95%)
Pressure Drop50 Pa-10% (45 Pa)-25% (37.5 Pa)
Carbon Content15%+20%+35%
Service Life6 months+50% (9 months)+100% (12 months)
Application FocusGeneral HVACMedical/PharmaIndustrial HEPA

Supplier's note

  1. Technical Breakthroughs:

    • Activated Carbon Integration: Adsorbs 98% of VOCs (vs. 75% in standard PP media).
    • PP Melt-Blown Structure: Achieves 99.9% PM0.3 capture through microfiber entanglement.
    • Non-Woven Durability: 10,000 flex cycles (triple industry average) for reuse in high-vibration environments.

  2. Version Selection Guidance:

    • Base Model: Ideal for residential HVAC systems requiring cost-effective general filtration.
    • Advanced Model: Medical facilities benefit from 99.5% efficiency paired with low pressure drop for patient comfort.
    • Pro Model: Industrial users gain triple the carbon load and 12-month lifespan, reducing downtime in oil/gas filtration applications.

With the Pro version’s 99.95% filtration efficiency and 37.5 Pa pressure drop, you can meet ISO 14644 cleanroom standards while cutting energy costs by 25%. Its 35% carbon content ensures long-term odor control in wastewater treatment systems. Pair with high-temperature applications using the material’s 150°C tolerance for robust performance.

Frequently asked questions

  • Which coconut shell activated carbon bonded PP melt-blown filter media suits industrial air filtration systems?

  • How to clean and maintain coconut shell activated carbon filter media rolls?

  • Why choose coconut shell over coal-based activated carbon for air filters?

  • Can this filter media be customized for specific airflow requirements?

  • Is the activated carbon in this media FDA-approved for food-grade applications?

  • How does the PP melt-blown bonding enhance filter lifespan?

  • What makes this media effective against PM2.5 particles?

  • Is the coconut shell sourced sustainably for this filter media?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Filtration EfficiencyHigh-pollution environmentsIndustry: 85% @ 0.3µm (ISO 16890) ▲ Base: 92% @ 0.3µm ▲ Advanced: 95% @ 0.3µm▲ Base/Advanced: Superior particulate capture (e.g., PM2.5) for cleanroomsAdvanced may reduce airflow by 10% (requires higher fan power)
Material CompositionOdor/VOC filtration in HVAC systemsIndustry: PP melt-blown only ▲ Base: PP + coconut AC (ISO 16890) ▲ Advanced: PP + 30% denser AC▲ Base/Advanced: Adsorbs VOCs (e.g., formaldehyde) and odorsBase has lower AC density (less effective for heavy VOCs)
Chemical ResistanceIndustrial chemical filtrationIndustry: ASTM F739 (15min) ▲ Base: ASTM F739 (30min) ▲ Advanced: ASTM F739 (60min)▲ Advanced: Withstands prolonged exposure to acids/bases (e.g., sulfuric acid)Industry standard may degrade in harsh chemical environments
DurabilityReusable industrial filtersIndustry: 500 cycles ▲ Base: 1,000 cycles ▲ Advanced: 1,500 cycles (ISO 11155)▲ Advanced: 3x longer lifespan than industry standard (reduces replacement costs)Base requires more frequent replacement than Advanced
Environmental ImpactSustainable manufacturingIndustry: 0% recycled PP ▲ Base: 50% recycled PP ▲ Advanced: 80% recycled + biodegradable▲ Advanced: 80% recycled + biodegradable (meets EU RoHS standards)Base lacks biodegradability (higher landfill impact)
Application VersatilityHVAC, automotive, industrial systemsIndustry: HVAC only ▲ Base: HVAC + automotive ▲ Advanced: HVAC + automotive + industrial▲ Advanced: Suitable for high-temperature industrial ovens (up to 120°C)Industry standard limited to basic HVAC use cases

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