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CO2 Adsorption Primary Amine Resin Sphelite ASD-35 With High Mechanical Strength , Low Energy Consumption, And Environmental Friendliness
Dettagli:
| Luogo di origine: | Cina |
| Marca: | SPHLITE |
| Numero di modello: | ASD-35 |
Termini di pagamento e spedizione:
| Quantità di ordine minimo: | 1 |
|---|---|
| Prezzo: | US$ 10.85 - 12.85/L |
| Imballaggi particolari: | 25 litri/sacco ; 40 litri/sacco ; 1000 litri/sacco ;1 m3/pallet ; |
| Tempi di consegna: | un giorno di 10 impianti |
| Termini di pagamento: | T/T |
| Capacità di alimentazione: | 24000T/anno |
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Informazioni dettagliate |
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| aspetto: | Perle sferiche opache di acero | Intervallo di dimensioni delle particelle (mm): | 0,35-1,20 |
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| Uniformità del coefficiente ≤: | 1.5 | Contenuto di umidità (%): | 58±5 |
| Peso di spedizione (g/ml): | 0,68±0,05 | Resistenza alla temperatura: | 100 ℃ |
| Tossicità: | Inoffensivo | ||
| Evidenziare: | CO2 Adsorption Primary Amine Resin,High Mechanical Strength ASD-35,Low Energy Consumption Primary Amine Resin |
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Descrizione di prodotto
Sphelite ASD-35 is a typical type primary amine resin with crosslinked polystyrene structure. High mechanical strength and high surface area compared to a standard adsorbent makes this kind of resin good performance in CO2 adsorption industry.
Q1. What's your delivery time?
A: Delivery typically takes 10-15 days after payment receipt, varying based on the specific product ordered.
Q2: What payment methods are accepted on your store?
A: We offer wire transfer (T/T) as a payment option. For further information, kindly consult our store page's payment policy section.
Q3: What are your shipping options and costs?
A: We provide multiple shipping options such as Express, Air, and Sea freight, with prices differing according to the product type, quantity, and delivery location. Estimated shipping fees can be seen during the checkout process, or you can reach out to us for a personalized shipping quotation.
High selectivity:
Tolerant to humidity, reducing competitive adsorption with water vapor;
Low energy consumption:
Regeneration temperature is lower than traditional solvent-based methods;
Mechanical stability:
Corrosion resistance, long life, and suitable for industrial scale-up;
Environmental friendliness:
Avoids the use of toxic organic solvents (such as MEA), reducing secondary pollution.