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

Marchio:	esorbtech
Numero di modello:	GPT
MOQ:	1 tonnellata
prezzo:	Negoziabile
Condizioni di pagamento:	T/T
Capacità di fornitura:	30000 tonnellate all'anno

Informazioni dettagliate

Descrizione del prodotto

Informazioni dettagliate

Luogo di origine:

Cina

Certificazione:

ISO

Tipo di prodotto:

Adsorbente pellettizzato modificato

Materiale:

A base di ossido

Aspetto:

Pellet cilindrici grigio chiaro

Superficie BET:

400–600 ㎡/g

Applicazione:

Recupero solventi farmaceutici e di rivestimento

Imballaggi particolari:

500 kg per sacchetto a sfuso; 25 kg per sacchetto

Evidenziare:

400–600 ㎡/g BET Surface Area Modified Pelletized Adsorbent

High Solvent Adsorption Efficiency Inorganic Adsorbent

Superior Regeneration Durability Adsorption Material

Descrizione del prodotto

Modified Pelletized Adsorbent for Pharmaceutical & Coating Solvent Recovery

The Modified Pelletized Adsorbent is a high-purity inorganic adsorbent specifically designed for cyclic adsorption and recovery of organic solvents such as ethyl acetate, isopropanol (IPA), and methyl ethyl ketone (MEK). Manufactured from refined composite oxides with a precisely controlled pore structure, this material offers high surface area, stable mechanical strength, and exceptional regeneration durability. Its smaller cylindrical pellets (3-4 mm) provide improved contact efficiency and rapid mass transfer, making it ideal for pharmaceutical, coating, and fine chemical processes where high-purity solvent recovery and VOC emission control are essential.

Specifications

Specification	Value
Mean Particle Diameter, mm	4.0
Appearance	Light Grey Cylindrical Pellets
BET Surface Area, ㎡/g	400-600
Pore Volume, cm³/g	0.35-0.55
Thermal Stability, ℃	350 (min)
Bulk Density, kg/m³	500-600
Regeneration Cycles (≥90% efficiency)	250 (min)

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

Features

High Solvent Adsorption Efficiency: Optimized micropore and mesopore distribution ensures excellent adsorption of polar and semi-polar organic solvents such as IPA and ethyl acetate.
Superior Regeneration Durability: Maintains ≥ 90% adsorption performance after more than 250 regeneration cycles under thermal or vacuum desorption conditions.
High Purity & Safety: Non-carbon, low-dust material eliminates ignition risks and contamination of recovered solvents.
Fine Pellet Size: Smaller cylindrical pellets enhance surface contact area and shorten adsorption/desorption cycles.
Stable Mechanical Strength: Uniform pellets resist crushing and attrition in high-flow cyclic adsorption systems.

Applications

Pharmaceutical Solvent Recovery: Used in closed-loop systems for recovery and reuse of isopropanol, and ethyl acetate in API and formulation plants.
Coating & Printing Industry: Applied in VOC control and solvent recycling units for paints, inks, and varnishes.
Fine Chemical Production: Ideal for solvent vapor recovery from reactors, distillation vents, and purification processes.
Activated Carbon Replacement: Provides higher thermal resistance, cleaner regeneration, and longer operational life compared to traditional carbon pellets.

Manufacturing Process

High-Purity Material Base: Produced from composite alumina-silica matrix with minimal metal impurities.
Optimized Pore Development: Balanced microporous and mesoporous network tailored for solvent molecule size and polarity.
Precision Thermal Processing: Controlled sintering ensures consistent pellet hardness, uniform porosity, and low ignition loss.
Rigorous Quality Control: Each batch is tested for surface area, pore volume, solvent adsorption capacity, and regeneration stability.

Packaging Options

25 kg Bags: Multi-layer kraft bags with PE inner liner for moisture protection and easy handling.
500 kg Jumbo Bags: Suitable for large-scale solvent recovery and VOC treatment systems.
Customized Packaging: Available upon request to fit system loading and operational needs.

Tag:

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

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

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Carbone attivo granulare

Carbonio attivato della pallina

Carbonio attivo da favo di miele

Carbone attivo in polvere

Carbone attivo impregnato

Materiale di assorbimento

Carbone attivo granulare

Carbonio attivato della pallina

Carbonio attivo da favo di miele

Carbone attivo in polvere

Carbone attivo impregnato

Materiale di assorbimento

Dettagli dei prodotti

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

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

400–600 ㎡/g BET Surface Area Modified Pelletized Adsorbent

High Solvent Adsorption Efficiency Inorganic Adsorbent

Superior Regeneration Durability Adsorption Material

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

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