Einzelheiten zu den Produkten

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Modified Pelletized Adsorbent for VOCs & Solvent Vapor Recovery with Thermal Stability 350℃ 450-550 kg/m³ Bulk Density and 200 Regeneration Cycles

Markenbezeichnung:	esorbtech
Modellnummer:	GPT
Mindestbestellmenge:	1 Tonne
Preis:	Verhandelbar
Zahlungsbedingungen:	T/T
Versorgungsfähigkeit:	30000 Tonnen pro Jahr

Einzelheiten

Beschreibung des Produkts

Einzelheiten

Herkunftsort:

China

Zertifizierung:

ISO

Produkttyp:

Modifiziertes pelletiertes Adsorptionsmittel

Material:

Auf Oxidbasis

Aussehen:

Hellgraue zylindrische Pellets

BET-Fläche:

350–550 ㎡/g

Anwendung:

VOCs und Lösungsmitteldampfrückgewinnung

Verpackung Informationen:

500 kg pro Schüttsack; 25 kg pro Sack

Hervorheben:

Thermal Stability 350℃ Modified Pelletized Adsorbent

450-550 kg/m³ Bulk Density Adsorption Material

200 Regeneration Cycles Inorganic Adsorbent

Beschreibung des Produkts

Modified Pelletized Adsorbent for VOCs & Solvent Vapor Recovery

Product Introduction

The Modified Pelletized Adsorbent is a high-efficiency inorganic adsorption material specifically developed for volatile organic compounds (VOCs) control and solvent vapor recovery. It features a light grey cylindrical appearance, similar in form to conventional activated carbon pellets, but with a non-carbon, modified inorganic composition that offers superior thermal stability, low ignition risk, and excellent regeneration performance.

This advanced adsorbent exhibits high adsorption capacity for toluene, ethyl acetate, and isopropanol vapors, combined with outstanding desorption efficiency in regenerative systems. It is widely applied in painting, electronics, pharmaceutical, chemical, and coating industries for use in VOCs adsorption-desorption cycles, rotary concentrators, and solvent recovery units.

Specifications

Specification	Value
Mean Particle Diameter, mm	4.0
Appearance	Light Grey Cylindrical Pellets
BET Surface Area, ㎡/g	350-550
SO₂ Adsorption Efficiency, %	95 (min)
Thermal Stability, ℃	350 (min)
Bulk Density, kg/m³	450-550
Regeneration Cycles (≥90% efficiency)	200 (min)

Note: Specifications and particle sizes can be customized according to customer requirements.

Features

High VOC Adsorption Performance: Efficiently captures toluene, ethyl acetate, and other organic vapors in exhaust streams.
Excellent Regeneration Stability: Maintains high efficiency over multiple thermal or vacuum desorption cycles.
Activated Carbon Replacement: Offers comparable adsorption capacity with improved thermal safety and non-flammability.
High Mechanical Strength: Cylindrical pellets ensure low pressure drop, minimal dust, and long service life.
Environmentally Friendly: Low ignition risk and fully compliant with environmental VOC treatment standards.

Applications

VOC Control Systems: For adsorption and recovery of organic vapors in exhaust treatment units.
Solvent Vapor Recovery: Used in continuous or cyclic regeneration systems for solvent recycling.
Rotary Concentrators & Regenerative Systems: Suitable for painting, coating, electronics, and pharmaceutical VOC processes.
Activated Carbon Replacement: Ideal for facilities requiring stable adsorption and safe regeneration without carbon dust hazards.

Manufacturing Process

Precision Formulation: Produced from high-purity inorganic oxides and binders via extrusion and controlled thermal processing.
Optimized Porous Structure: Balanced micropore and mesopore distribution enhances both adsorption capacity and desorption kinetics.
High-Temperature Stabilization: Sintered under controlled conditions to achieve high crush strength and long-term durability.
Comprehensive Quality Testing: Each batch undergoes evaluation for surface area, adsorption efficiency, and regeneration performance to ensure reliability in VOC treatment systems.

Packaging Options

25 kg Bags: Moisture-resistant multi-layer bags suitable for mid-scale operations.
500 kg Jumbo Bags: Ideal for large-scale VOC treatment and solvent recovery systems.
Customized Packaging: Available upon request to accommodate specific loading or regeneration system requirements.

Schlagworte:

Modified Pelletized Adsorbent with 400–600 ㎡/g BET Surface Area for High Solvent Adsorption Efficiency and Superior Regeneration Durability

Beste Preis erhalten

Modified Pelletized Adsorbent with High BET Surface Area 250–400 ㎡/g for SO₂ and H₂S Adsorption Efficiency

Beste Preis erhalten

Granulare Aktivkohle

Kugel-Aktivkohle

Aktivkohle aus Honigsäcke

Pulverförmige Aktivkohle

Imprägnierte Aktivkohle

Adsorptionsmaterial

Granulare Aktivkohle

Kugel-Aktivkohle

Aktivkohle aus Honigsäcke

Pulverförmige Aktivkohle

Imprägnierte Aktivkohle

Adsorptionsmaterial

Einzelheiten zu den Produkten

Modified Pelletized Adsorbent for VOCs & Solvent Vapor Recovery with Thermal Stability 350℃ 450-550 kg/m³ Bulk Density and 200 Regeneration Cycles

Modified Pelletized Adsorbent for VOCs & Solvent Vapor Recovery with Thermal Stability 350℃ 450-550 kg/m³ Bulk Density and 200 Regeneration Cycles

Thermal Stability 350℃ Modified Pelletized Adsorbent

450-550 kg/m³ Bulk Density Adsorption Material

200 Regeneration Cycles Inorganic Adsorbent

BET Surface Area 250–400 ㎡/g Modified Pelletized Adsorbent

SO₂ Adsorption Efficiency 95% Modified Pelletized Adsorbent

H₂S Adsorption Efficiency 90% Modified Pelletized Adsorbent

Modified Pelletized Adsorbent with 400–600 ㎡/g BET Surface Area for High Solvent Adsorption Efficiency and Superior Regeneration Durability

Modified Pelletized Adsorbent with High BET Surface Area 250–400 ㎡/g for SO₂ and H₂S Adsorption Efficiency