KC-3013-800 800 Membrane GPD RO
KC-3013-800 is a high-flow reverse osmosis membrane element based on thin-film composite (TFC) polyamide membrane technology, it provides stable desalination performance and consistent water production under continuous operating conditions.
Au sein du 3013 series, this model is positioned for high-demand system configurations.From a system design perspective, it is commonly used in high-output RO configurations within residential upgrade or small commercial drinking water systems.
Appelez-nous
+86 13272120223
+86 13272120223
Contactez-nous
Veuillez laisser vos besoins spécifiques et vos coordonnées, et le personnel vous contactera dans les plus brefs délais!
Spécifications techniques& Performance
| Modèle | Rejet du sel stabilisé (%) | Débit de perméat moyen (GPD(m³/j)) |
|---|---|---|
| KC-3013-800 | 96.00 | 800(3.04) |
Conditions d'essai standard
| Test de pression psi (MPa) | Solution d'essai NaCl (ppm) | Récupération (%) | Température (°C) | PH |
|---|---|---|---|---|
| 100(0.69) | 500 mg/L | 55 | 25 | 7.5-8.0 |
Dimensions

Conditionnement
Chaque membrane est emballée individuellement dans un sac de protection scellé.
Les options d'emballage standard incluent:
- 20 pièces / carton
- 25 pièces / carton
- 30 pièces / carton
- 50 pièces / carton
- Emballage personnalisé disponible selon les exigences du client
FAQ
T1: What type of system is KC-3013-800 typically used in?
It is typically used in high-flow residential or light commercial RO systems where maximum water output is required.
T2: How is this model positioned in system design decisions?
It is usually selected for high-demand configurations where system designers prioritize output capacity within the 3013 plate-forme.
T3: Can this model be used as an alternative to other suppliers’ membranes?
Oui, it is commonly evaluated as a replacement or alternative membrane option in OEM system manufacturing.
T4: What factors should be considered when selecting this model?
System pump capacity, taux de récupération, and total daily water demand should be considered in addition to membrane flow rating.
