RCP200-60NPP Water Treatment Filter Cartridge Technical Specification
Product Introduction
The RCP200-60NPP is a high-performance natural polypropylene (NPP) water filter cartridge, exclusively engineered for high-flow coarse pre-filtration in medium and large-scale industrial, commercial, municipal auxiliary and centralized water supply treatment scenarios. As a core high-flow natural material product of the RCP200 series, it adopts food-grade virgin natural polypropylene raw materials without any modified additives or recycled components, combined with advanced large-pore gradient melt-blown forming technology and a reinforced core structure, optimized with a 60NPP high-flow design to achieve an ideal balance of 60-micron coarse filtration precision, 200L/h stable high flux, ultra-high dirt-holding capacity and eco-friendly material properties. Manufactured with an adhesive-free integrated forming process, the cartridge is free of heavy metals, plasticizers, organic leachables and chemical modifiers, fully complying with FDA, NSF, EU REACH and industrial water treatment material standards, ensuring zero secondary pollution to water bodies and meeting the dual requirements of high-flow filtration efficiency and environmental protection. Designed as a key first-line coarse filtration barrier for high-flow raw water systems with high sediment and impurity content, it is dedicated to intercepting large suspended solids, 60-micron coarse particulate impurities, sediment lumps, rust and large colloidal aggregates in high-flow water flow, effectively reducing the heavy impurity load of subsequent precision filtration equipment such as industrial RO membranes, ultrafiltration membranes and large-scale water purifiers, and ensuring the stable, efficient and low-cost operation of the entire high-flow water treatment system. The pure natural PP structure features excellent chemical compatibility and easy recyclability, perfectly matching the environmental protection and large-flow operation needs of industrial and commercial water treatment scenarios.
Filtration Precision
The RCP200-60NPP features a reinforced graded large-pore coarse filtration structure with a nominal filtration precision of 60 microns and an absolute filtration precision of 65 microns. Its multi-layer gradient pore design is crafted with high-flow optimized pure natural polypropylene melt-blown technology, consisting of a dense smooth surface interception layer, an ultra-high-capacity impurity storage layer and a high-strength reinforced mechanical support layer. This structure is specially designed for high-flow water dynamics, realizing targeted and efficient capture of all large impurities with particle sizes above 60 microns in 200L/h high-flow water flow, without impurity leakage caused by water flow scouring. The dense surface NPP layer effectively blocks coarse particulates, sediment lumps, rust and large colloidal aggregates that are easy to cause physical clogging, wear and pipeline scaling of subsequent industrial precision membrane elements, high-flow water pumps and valves; the inner ultra-high-capacity storage layer with uniform large pores and three-dimensional porous structure can store a huge amount of intercepted impurities, avoiding rapid blockage of the cartridge and ensuring long-term stable filtration performance. Even under long-term continuous high-flow working conditions (200L/h) and variable inlet pressure environments (0.1-0.3MPa), this structural design can keep the filtration precision stable and unattenuated throughout the entire service cycle, without precision degradation caused by material aging, water flow impact or additive loss.
Flux
Under the standard operating conditions (25℃ ambient temperature, 0.2MPa inlet pressure, pure water medium), the pure water flux of the RCP200-60NPP is stably set at 200 L/h (liters per hour), the core high-flow design advantage of this product. Within the recommended operating pressure range of 0.1-0.3MPa, the flux variation rate is less than 3%, maintaining ultra-stable high-flow water output for medium and large-scale industrial and commercial water treatment systems with variable inlet pressure. When the water temperature is in the range of 5-55℃ (the optimal working temperature for industrial, commercial and municipal auxiliary high-flow water purification systems), the flux changes linearly with temperature, and the flux recovery rate reaches 100% when the temperature returns to the standard value, without permanent flux loss caused by thermal deformation of pure natural PP materials. For actual raw water with turbidity ≤50 NTU (the recommended working turbidity for high-flow high-impurity coarse pre-filtration scenarios), the actual operating flux can still maintain more than 190 L/h, fully meeting the high-flow, stable water supply and coarse pre-filtration requirements of medium and large-scale industrial, commercial, municipal auxiliary and centralized water supply treatment systems.
Salt Rejection Rate
As a high-flow natural polypropylene coarse filtration cartridge, the RCP200-60NPP is optimized for the physical interception of non-ionic salt contaminants, coarse colloidal salt particles, insoluble salt precipitates and salt-containing sediment aggregates with particle sizes above 60 microns, with a salt rejection rate of ≥99.8% for insoluble salt particulates and salt-containing colloidal aggregates with particle sizes above 60 microns. For soluble inorganic salts, it serves as a professional eco-friendly coarse pre-filtration component for medium and large-scale industrial desalination systems such as industrial RO and large-scale NF membranes, which can effectively reduce the coarse particulate salt load in the feed water of subsequent high-precision desalination membrane elements (with large effective area but high sensitivity to coarse impurities), avoid salt scaling and particulate fouling on the membrane surface, thus improving the overall salt rejection efficiency of the desalination system and extending the service life of membrane elements by more than 45%. In addition, the pure natural NPP material structure with no chemical additives can intercept more than 99.5% of coarse macromolecular organic salts and salt-containing impurity lumps in high-flow water systems without chemical reaction with salt substances or ion exchange, further optimizing the feed water quality for subsequent precision purification equipment and significantly reducing the backwashing and maintenance frequency of the whole system.
Pressure Drop
Under the rated flux (200 L/h) and standard operating conditions, the initial pressure drop of the RCP200-60NPP is ≤0.01MPa, the ultra-low pressure drop advantage of the high-flow optimized large-pore coarse filtration structure made of pure natural polypropylene. This value is significantly lower than that of modified PP filter cartridges of the same precision and flow rate, realizing ultra-low energy consumption operation of high-flow water treatment systems and effectively reducing the power consumption of high-flow water pumps. Even for medium-pressure raw water supply scenarios such as municipal tap water and industrial raw water pipelines without additional booster pumps, the cartridge can ensure unobstructed high-flow water flow without causing excessive pressure loss of the whole system. With the progress of filtration work and the gradual accumulation of a large amount of intercepted coarse impurities, the pressure drop of the cartridge rises extremely slowly due to its ultra-high dirt-holding capacity, uniform large-pore structure and high-flow optimized water channel design; the recommended maximum allowable operating pressure drop is 0.09MPa. When the pressure drop reaches this threshold, the cartridge needs to be cleaned or replaced in time to avoid excessive pressure loss leading to reduced water supply flow of high-flow systems, abnormal operation of subsequent industrial precision equipment and even structural damage to the cartridge caused by pressure accumulation in high-flow filter housings.

Molecular Weight Cutoff (MWCO)
The molecular weight cutoff of the RCP200-60NPP is precisely calibrated to 800,000 Daltons (Da), which is perfectly matched with its 60-micron coarse filtration precision, high-flow optimized structure and natural polypropylene large-pore gradient melt-blown forming technology. This MWCO rating is customized for the physical interception characteristics and high-flow water dynamics of pure natural PP materials, which can effectively retain extra-large macromolecular organic matter, coarse colloidal particles, macromolecular impurity aggregates, organic polymer lumps and humic acid aggregates with molecular weight higher than 800,000 Da in high-flow water systems. At the same time, it ensures the unimpeded passage of water molecules, small-molecular inorganic substances, trace beneficial ions and small suspended particles (below 60 microns), without affecting the normal high water permeability of the system due to material adsorption or water channel blockage. It is specially designed for the coarse pre-filtration requirements of high-flow, medium-pressure water treatment systems with high raw water impurity content, and can effectively reduce the large molecular contaminant load of subsequent industrial precision membrane elements, avoiding membrane clogging and improving the overall operation efficiency of medium and large-scale purification systems by more than 40%.
Membrane Thickness
The RCP200-60NPP adopts a reinforced three-layer composite natural polypropylene membrane structure adapted to 60-micron large-pore coarse filtration and 200L/h high-flow design, with a total effective membrane thickness of 30mm. The entire membrane structure is made of food-grade virgin natural polypropylene without any modified additives or recycled materials, ensuring the purity, environmental protection and structural strength of the material to adapt to high-flow water impact. The surface filtration layer (6mm) is a dense reinforced natural PP membrane with uniform large pores and high wear resistance, responsible for precision interception of 60-65 micron coarse particulates, with excellent anti-scouring performance suitable for high-flow raw water with high sediment and rust content; the middle transition support layer (18mm) is an ultra-high-capacity gradient pore natural PP membrane, the core dirt-holding area of the cartridge, which undertakes secondary interception of large impurities and provides stable three-dimensional structural support for the surface layer, with a huge internal porous space for storing a large amount of sediment, rust lumps and other coarse impurities in high-flow water flow; the bottom base layer (6mm) is a high-density high-strength natural PP membrane combined with a reinforced internal core, enhancing the overall pressure resistance, extrusion resistance and anti-impact performance of the cartridge while ensuring the structural stability of the melt-blown large-pore structure under high-flow working conditions. This scientific three-layer thickness distribution with reinforced design balances high coarse filtration efficiency, ultra-high dirt-holding capacity, high structural strength and high-flow adaptability, making the cartridge resistant to deformation, rupture and delamination under long-term medium-pressure, high-flow and high-impurity raw water scouring conditions, and suitable for installation in standard large-flow industrial filter housings (304/316L stainless steel/food-grade reinforced plastic).
Replacement Cycle
The recommended standard replacement cycle of the RCP200-60NPP is 8-12 months, formulated based on the standard high-flow coarse pre-filtration working conditions: raw water turbidity ≤50 NTU, suspended solids content ≤60 mg/L, and 24-hour continuous operation (matching industrial, commercial and municipal auxiliary high-flow water treatment use habits). The pure natural PP material with reinforced structure has excellent anti-aging and anti-scouring performance, which can maintain stable structural and filtration performance under long-term continuous high-flow water immersion and scouring conditions. For high-flow water treatment systems with extremely harsh water quality conditions (turbidity >50 NTU, suspended solids content >60 mg/L) such as industrial raw water, municipal surface water (river/lake water) and groundwater with high sediment content, the replacement cycle is shortened to 6-8 months according to the actual system pressure drop and water quality test results; for ultra-low-turbidity high-quality raw water pre-filtration scenarios (turbidity ≤15 NTU) such as commercial centralized drinking water supply, high-end industrial pure water preparation and municipal auxiliary water purification, with regular backwashing (water/gas mixed flushing) and professional routine maintenance, the replacement cycle can be appropriately extended to 12-15 months, effectively reducing the use and maintenance costs of medium and large-scale high-flow water treatment systems by more than 40%.
Features
- 100% Food-Grade Virgin Natural PP Raw Material: Adopts pure natural polypropylene without any modified additives, chemical modifiers or recycled materials, ensuring material purity and environmental protection, acid and alkali resistant (pH 2-13), corrosion resistant to common industrial, commercial and municipal water additives, and highly adaptable to various poor-quality high-flow raw water.
- 60-Micron High-Flow Optimized Large-Pore Gradient Structure: Advanced high-flow optimized multi-layer large-pore gradient melt-blown technology with natural PP material forms a three-dimensional porous structure, realizing targeted interception of large impurities above 60 microns, ultra-high dirt-holding capacity, extremely slow pressure drop rise, and stable filtration performance under 24-hour continuous high-flow operation.
- Ultra-Low Initial Pressure Drop for High Flow: Optimized large-pore size distribution, thickened dirt-holding layer and high-flow water channel design result in an initial pressure drop of ≤0.01MPa, effectively reducing the power consumption of high-flow water pumps, realizing energy-saving and low-cost operation of high-flow water treatment systems.
- Adhesive-Free Integrated Reinforced Forming: Adopts advanced one-piece melt-blown welding forming technology combined with a reinforced internal core, no adhesives, no seams, no filter bypass and no dead angles, avoiding unfiltered water leakage and chemical leaching from adhesives, ensuring the purity of filtered water in high-flow coarse pre-filtration links.
- Super High Structural Strength & Anti-Impact Performance: 30mm reinforced composite natural PP membrane structure with a high-strength internal core can withstand a maximum operating pressure of 0.8MPa, no deformation, no rupture and no delamination under medium-pressure, high-flow impact and high-impurity raw water scouring for a long time.
- Efficient Backwash Recoverable & Reusable: For slight to moderate blockage, the filtration performance can be quickly and effectively recovered by industrial standard water/gas mixed backwashing, the pure natural PP surface with low adsorptivity is not easy to adhere to impurities, and the cartridge can be reused for many times, greatly reducing the replacement frequency and overall use cost.
- Standard High-Flow Interface Design: RCP200 series standard high-flow structural design, matching universal large-flow industrial filter housings (304/316L stainless steel/food-grade reinforced plastic), easy to install and replace, no special installation tools required, suitable for large-scale industrial and commercial water treatment system assembly and maintenance.
- Eco-Friendly 100% Recyclable: The whole cartridge is made of homogeneous natural polypropylene material with no mixed materials or metal accessories, the spent cartridge can be 100% recycled as PP plastic raw material, meeting national and international environmental protection recycling requirements, and reducing industrial environmental pollution.
- Double Standard Safety Compliance: Free of any harmful substances such as heavy metals, phthalates, plasticizers and chemical additives, fully compliant with FDA/NSF international drinking water material standards and industrial water treatment material safety standards, no chemical leaching in long-term contact with water, safe for both drinking water pre-filtration and industrial water treatment.
- Wide Temperature & Water Quality Adaptability: Can work stably in the water temperature range of 0-65℃, suitable for high-flow water treatment systems with slight temperature changes in industrial, commercial and municipal scenarios; the pure natural PP structure is highly adaptable to various poor-quality high-flow raw water, including industrial raw water, municipal surface water, groundwater and tap water with serious rust, without material degradation caused by water quality.
- Low Adsorptivity & No Ion Exchange: The pure natural polypropylene material has low surface adsorptivity and no chemical activity, no adsorption of water-soluble beneficial ions and small-molecular organic substances in water, and no ion exchange with water quality components, ensuring the original water quality characteristics while filtering impurities, suitable for industrial process water treatment with strict water quality requirements.
- 24-Hour Continuous Operation Capability: The reinforced structural design and high-quality natural PP material adapt to 24-hour non-stop continuous high-flow operation, with no performance attenuation caused by long-term work, perfectly matching the operation characteristics of industrial and commercial water treatment systems.

Application Fields
- Industrial High-Flow Raw Water Pre-Filtration: Coarse pre-filtration of high-flow raw water supply systems in chemical, petrochemical, electric power, metallurgy, food and beverage processing and pharmaceutical auxiliary production, removing sediment, rust and large particulates in industrial raw water, protecting subsequent industrial RO/NF membranes, ultrafiltration membranes and high-flow water pumps, and ensuring the stable operation of industrial process water systems.
- Commercial Centralized High-Flow Water Supply Treatment: Coarse pre-filtration of centralized drinking water supply systems in large shopping malls, high-end hotels, office buildings, industrial parks and university campuses, serving as the first-line filtration barrier to intercept large impurities in municipal tap water, protecting subsequent commercial water purification equipment and terminal water supply facilities, and meeting the large-flow drinking water needs of dense populations.
- Municipal Auxiliary High-Flow Water Purification: Coarse pre-filtration of municipal auxiliary water supply systems such as urban greening, road cleaning, landscape water and municipal fire water, removing large particulates and sediment in municipal surface water/groundwater, improving water quality and protecting municipal water supply pipelines and equipment.
- Large-Scale RO/NF Desalination System Pre-Filtration: Special eco-friendly coarse pre-filtration for medium and large-scale industrial reverse osmosis and nanofiltration desalination systems (brackish water desalination, industrial wastewater desalination and reuse), protecting high-precision industrial desalination membrane elements from coarse impurity damage, and improving the overall operation efficiency and service life of the desalination system.
- Centralized Rural Water Supply Coarse Pre-Filtration: Coarse pre-filtration of large-scale centralized rural tap water supply systems and county-level water purification stations, removing sediment, rust and large colloids in rural surface water/groundwater, improving the basic water quality of rural centralized drinking water, and meeting the environmental protection and large-flow water supply requirements of rural water treatment.
- Industrial Wastewater Reuse High-Flow Pre-Filtration: Coarse pre-filtration of high-flow industrial wastewater recycling and treatment systems, removing large particulate impurities and solid wastes in industrial wastewater, reducing the impurity load of subsequent advanced wastewater treatment equipment, and realizing the resource reuse of industrial water.
- Aquaculture Large-Scale Water Purification: Coarse filtration of high-flow water supply systems in large-scale industrial aquaculture (fish/shrimp/crab) bases and aquatic product processing plants, removing residual bait, fish feces lumps, large suspended solids and algae aggregates in aquaculture water, optimizing the aquaculture water quality environment, and the pure natural PP material is non-toxic and harmless to aquatic organisms.
- Commercial Car Washing & Industrial Cleaning High-Flow Water Treatment: Coarse pre-filtration of high-flow water supply and recycling systems in large-scale commercial car washing centers and industrial cleaning workshops, removing large particulates in water, realizing water resource recycling, reducing water consumption costs and meeting environmental protection emission requirements.
- Hospitals & Medical Institutions Centralized Water Supply Pre-Filtration: Coarse pre-filtration of centralized water supply systems in large hospitals, medical centers and pharmaceutical factories, intercepting large impurities in municipal tap water, protecting subsequent medical water purification equipment and medical water supply pipelines, and meeting the high water quality safety requirements of medical scenarios.
Conclusion
The RCP200-60NPP is a high-performance, eco-friendly, high-flow and cost-effective natural polypropylene filter cartridge specially developed for 200L/h high-flow coarse pre-filtration scenarios including medium and large-scale industrial, commercial, municipal auxiliary and centralized water supply treatment. It integrates the core advantages of 60-micron high-efficiency large-pore coarse filtration, 200L/h stable high flux, ultra-low initial pressure drop, ultra-high dirt-holding capacity, 100% food-grade virgin natural PP material, eco-friendly recyclable properties and reinforced structural strength for continuous operation. Based on food-grade virgin natural polypropylene raw materials without any modified additives and advanced high-flow optimized large-pore gradient melt-blown forming technology, combined with a reinforced core structure, the product has excellent chemical stability, super high structural strength, anti-scouring performance and pressure resistance, and can maintain stable and efficient filtration performance under 24-hour continuous medium-pressure, high-flow and intermittent operation modes, even in the face of high-flow raw water with high sediment, rust and colloid content. Its ultra-low initial pressure drop design effectively reduces the power consumption of high-flow water pumps, realizing energy-saving and low-cost operation of high-flow water treatment systems, which is especially suitable for medium and large-scale industrial and commercial scenarios with high requirements for operation efficiency and energy saving. The efficient water/gas mixed backwashing performance and extra-long replacement cycle greatly lower the daily use, maintenance and replacement costs of high-flow purification systems, while the pure natural material properties ensure zero secondary pollution to water bodies and compliance with international environmental protection, drinking water safety and industrial material standards. With a standard high-flow interface and reinforced structural design, the RCP200-60NPP can be widely applied to coarse pre-filtration of various high-flow water treatment systems, serving as the most reliable and eco-friendly key first-line coarse filtration barrier to provide durable and stable front-end protection for subsequent industrial precision filtration equipment. It effectively reduces the heavy impurity load of subsequent high-precision equipment, optimizes the overall operation efficiency of medium and large-scale systems, and reduces the failure rate, backwashing frequency and maintenance cost of subsequent precision equipment by more than 45%. As a professional high-flow coarse pre-filtration filter cartridge with excellent comprehensive performance, eco-friendly material properties, strong high-flow adaptability and long service life, the RCP200-60NPP is a reliable and cost-effective choice for medium and large-scale industrial, commercial, municipal auxiliary and centralized water supply purification scenarios. It not only meets the practical needs of high-flow water purification, system protection and continuous operation, but also conforms to the global environmental protection and low-carbon development trend, and can create significant practical, economic and environmental benefits for the safe, stable, energy-saving, eco-friendly and efficient operation of high-flow water treatment and purification systems in various scenarios.
Related products
- RCP200-40NPP: Higher precision version of the same series, 40 micron nominal filtration precision, 200L/h high flux, made of 100% virgin natural PP material, suitable for industrial and commercial high-flow water treatment with slightly stricter coarse filtration requirements.
- RCP200-80NPP: Coarser filtration version of the same series, 80 micron nominal filtration precision, 220L/h higher flux, natural PP large-pore structure, suitable for industrial raw water and municipal surface water with extremely high sediment content for high-flow rough pre-filtration.
- RCP200-60NPP-S: Sanitary grade enhanced version, food-grade ultra-smooth natural PP membrane, no dead angle reinforced design, suitable for food and beverage processing, pharmaceutical production and hospital centralized water supply systems with high sanitary requirements.
- RCP200 Series High-Flow Industrial Filter Housing: Special matching large-flow filter housing for RCP200 series natural PP cartridges, made of 304/316L stainless steel with pressure gauge, blowdown valve and backwashing interface, suitable for industrial and commercial high-flow water treatment scenarios.
- RCP200-60NPP-M: Anti-scaling natural PP version, added with food-grade mineral anti-scaling additives (no chemical modifiers), suitable for high-flow water treatment systems with high-hardness industrial raw water, groundwater and municipal tap water with high mineral content.
- RCP300-60NPP: Ultra-high-flow version of the same precision, 300L/h ultra-high flux, reinforced natural PP structure, suitable for large-scale municipal water treatment, industrial park centralized water supply and large-scale aquaculture high-flow water purification.
- RCP200 Industrial Backwashing System Kit: Special professional water/gas mixed backwashing kit for RCP200 series cartridges, including high-pressure pump, backwashing valve and pipeline, suitable for industrial on-site efficient backwashing and reuse, improving cartridge utilization rate by more than 60%.
- RCP200-60NPP-C: Activated carbon composite natural PP version, integrated natural PP coarse filtration and high-quality coconut shell activated carbon adsorption, removing both coarse particulates and residual chlorine/odors/organic matter in water, suitable for commercial centralized drinking water supply and hospital water treatment.
- RCP200 Series Water Quality Monitoring Kit: Special industrial-grade portable water quality test kit for RCP200 series cartridges, including turbidity meter, pressure drop detector and suspended solids tester, convenient for on-site real-time detection of system operation and cartridge replacement judgment.
- RCP200-60NPP-F: Anti-fouling & Anti-bacterial natural PP version, added with food-grade silver ion anti-bacterial coating (no harmful additives), suitable for large-scale food processing, aquaculture and medical institution high-flow water purification systems.
- RCP150-60NPP: Medium-high-flow version of the same precision, 150L/h flux, natural PP material with lightweight reinforced design, suitable for medium-scale commercial centralized water supply and small industrial high-flow water treatment.
- RCP200 Series Cartridge Installation Accessory Kit: Special installation accessory kit for RCP200 series high-flow cartridges, including reinforced gaskets, fixing brackets and connection flanges, improving the installation stability and sealing performance of the cartridge in high-flow filter housings.
