Core Application, Compatibility & Target User Overview
This catalog focuses on MP FILTRI USA HV Series filter cartridges and their direct replacements, specifically engineered for high-pressure (HV) hydraulic systems in industrial and mobile equipment. These filter cartridges are fully compatible with MP FILTRI filter housings including the C25, C26, and CA series (e.g., C2505, C2510, C2600, CA100 housings) and are designed to meet ISO 16889 filtration efficiency standards. They are critical for maintaining hydraulic fluid cleanliness in applications operating at pressures up to 420 bar (6000 psi), ensuring protection against fluid contamination-induced component wear.
Target users include: 1) Industrial Maintenance Engineers managing hydraulic systems in manufacturing, mining, and construction equipment; 2) Mobile Equipment Operators (e.g., excavators, cranes, agricultural machinery) requiring reliable filtration for high-pressure hydraulic circuits; 3) Procurement Specialists seeking cost-effective, OEM-equivalent replacement filters that comply with industry standards; 4) Hydraulic Service Providers offering maintenance and repair services for MP FILTRI-equipped systems. Core use cases cover routine filter replacement, system contamination control, and hydraulic component protection to extend equipment lifespan and minimize unplanned downtime.
1. C25 Series High-Pressure Filter Cartridges (5-40 Element Size)
Product Description: The C25 Series filter cartridges are part of MP FILTRI’s high-pressure (HV) filtration lineup, designed for use in C25 series filter housings (C2505 to C2540). These cartridges feature a pleated filter media design that maximizes filtration area while minimizing pressure drop, ensuring efficient contaminant removal (25μm, 60μm, 90μm, 250μm nominal ratings) from hydraulic fluids. They are engineered to withstand operating pressures up to 420 bar (6000 psi), making them ideal for high-pressure hydraulic circuits in heavy-duty equipment.
Pain Point & Value Proposition: Contaminant buildup in high-pressure hydraulic systems—caused by wear particles, dirt, and moisture—leads to premature failure of critical components such as pumps, valves, and cylinders. Substandard filter cartridges may fail under high pressure, resulting in bypass leakage and unfiltered fluid circulation. Our C25 Series cartridges (and replacements) utilize high-strength filter media and robust end caps, ensuring consistent filtration efficiency and pressure resistance. As direct OEM equivalents, they eliminate the risk of mismatched filtration performance while offering cost-effective alternatives to genuine MP FILTRI parts, reducing procurement costs without compromising system protection.
Operational Context: Applicable to high-pressure hydraulic systems in mining equipment (excavators, loaders), construction machinery, industrial hydraulic presses, plastic injection molding machines, and agricultural equipment (tractors, harvesters). Suitable for use with mineral oil-based hydraulic fluids, synthetic fluids, and biodegradable hydraulic oils.
No. | Part Number | Material Specification | Primary Wear Causes | Maintenance & Damage Prevention Precautions |
1 | C2505M60A | Filter Media: Glass Fiber (60μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media clogging from excessive contaminant loading; Seal degradation from synthetic hydraulic fluid exposure; End cap separation under pressure spikes | Monitor pressure differential (ΔP) regularly—replace when ΔP reaches 10 bar (145 psi) to avoid media collapse. Verify NBR seal compatibility with hydraulic fluid type (not suitable for ester-based synthetic fluids; replace with FKM seals if needed). Avoid pressure spikes exceeding 450 bar (6527 psi) by installing a pressure relief valve upstream. Store cartridges in a clean, dry environment (15-25°C, RH <60%) to prevent seal hardening. |
2 | C2505M90A | Filter Media: Cellulose (90μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media degradation from moisture contamination; Seal leakage from improper installation; Support core corrosion from water in hydraulic fluid | Test hydraulic fluid for moisture content monthly—maintain water content below 0.1% to prevent cellulose media degradation. Ensure the cartridge is fully seated in the housing and the seal is properly lubricated with hydraulic fluid before installation. Drain and filter hydraulic fluid if corrosion particles are detected. Replace cartridges every 200 operating hours in dusty environments (e.g., mining, construction). |
3 | C2510M250A | Filter Media: Synthetic Fiber (250μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Stainless Steel (1.4301) | Media plugging from large contaminant particles; Seal extrusion under high flow rates; End cap cracking from thermal cycling | Ensure flow rate does not exceed the cartridge’s maximum rating (refer to MP FILTRI C2510 housing specifications) to prevent seal extrusion. Inspect the filter housing for thermal damage if operating in temperature extremes (-20°C to 100°C). Use a pre-filter for systems with high levels of large contaminants (e.g., after equipment overhaul). Check pressure differential weekly in high-contamination environments. |
4 | C2510M25A | Filter Media: Glass Fiber (25μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: FKM (Fluoroelastomer); Support Core: Stainless Steel (1.4301) | Media damage from abrasive particles; Seal wear from repeated cartridge installation/removal; Support core corrosion from H2S-containing fluids | Use a calibrated torque wrench to tighten the filter housing cover (follow MP FILTRI’s recommended torque specs) to avoid damaging the seal during installation. For sour service applications (H2S present), verify compliance with NACE MR0175/ISO 15156. Replace cartridges when pressure differential reaches 8 bar (116 psi) to prevent media rupture. Store replacement cartridges in sealed packaging to avoid pre-contamination. |
5 | C2510M60A | Filter Media: Glass Fiber (60μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media clogging from prolonged use in high-contamination environments; Seal swelling from exposure to mineral oil-based fluids; End cap separation from vibration | Establish a routine replacement schedule based on operating hours (recommend 500 hours for heavy-duty applications). Mount the filter housing on a vibration-damping bracket if installed near high-vibration components (e.g., hydraulic pumps). Verify fluid compatibility with NBR seals—use FKM seals for synthetic or ester-based fluids. Inspect the filter housing’s bypass valve annually to ensure it activates only at the specified pressure differential. |
6 | C2510M90A | Filter Media: Cellulose (90μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media degradation from high-temperature operation; Seal leakage from housing damage; Support core rust from moisture ingress | Monitor hydraulic fluid temperature—do not exceed 90°C (NBR seal limit) for prolonged periods. Inspect the filter housing for cracks or deformation quarterly using visual and tactile checks. Drain moisture from the hydraulic reservoir weekly to prevent support core rust. Replace cartridges if fluid discoloration (indicating media breakdown) is observed. |
7 | C2515M250A | Filter Media: Synthetic Fiber (250μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Stainless Steel (1.4301) | Media plugging from large debris in newly commissioned systems; Seal extrusion under startup pressure spikes; End cap cracking from improper handling | Use this cartridge for pre-filtration during system commissioning or after major maintenance to capture large debris. Install a pressure accumulator upstream to mitigate startup pressure spikes. Handle cartridges by the end caps (avoid squeezing the filter media) during installation/removal. Replace after commissioning or when pressure differential reaches 5 bar (72.5 psi) for new systems. |
8 | C2515M25A | Filter Media: Glass Fiber (25μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: FKM (Fluoroelastomer); Support Core: Stainless Steel (1.4301) | Media wear from high flow velocities; Seal degradation from chemical attack (e.g., additives in hydraulic fluid); Support core pitting from corrosive fluids | Ensure flow velocity through the filter does not exceed 0.1 m/s to prevent media erosion. Verify compatibility of hydraulic fluid additives with FKM seals (consult fluid manufacturer’s specifications). For corrosive fluid applications, inspect the support core annually for pitting using a borescope. Replace cartridges every 300 operating hours in high-velocity circuits. |
9 | C2515M60A | Filter Media: Glass Fiber (60μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media clogging from fine particle contamination; Seal damage from foreign particles between the seal and housing; End cap separation from thermal expansion/contraction | Clean the filter housing’s seal seat with a lint-free cloth before installing a new cartridge to remove foreign particles. Operate the hydraulic system within the recommended temperature range (-10°C to 80°C) to minimize thermal stress on end caps. Test hydraulic fluid cleanliness quarterly using a particle counter (target ISO 4406 Class 16/13/10). Replace cartridges when particle counts exceed the target class. |
10 | C2515M90A | Filter Media: Cellulose (90μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media breakdown from exposure to water-based hydraulic fluids; Seal leakage from improper seating; Support core corrosion from water ingress | Do not use with water-based hydraulic fluids (cellulose media degrades rapidly); use synthetic fiber media alternatives for water-glycol or emulsion fluids. Ensure the cartridge is fully inserted into the housing until it clicks into place (verify with a gentle tug). Install a water separator in the hydraulic system to reduce moisture content. Replace cartridges if the filter housing’s drain plug shows signs of water accumulation. |
11 | C2520M250A | Filter Media: Synthetic Fiber (250μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Stainless Steel (1.4301) | Media plugging from heavy contaminant loads in mining/construction applications; Seal wear from frequent cartridge changes; End cap cracking from impact during maintenance | Implement a pre-filtering stage for extremely dirty applications to extend cartridge life. Use proper tooling (e.g., filter wrench) for cartridge removal/installation to avoid damaging end caps. Store replacement cartridges in a protective case to prevent impact damage. Replace cartridges when pressure differential reaches 6 bar (87 psi) or monthly, whichever comes first, for heavy-duty use. |
12 | C2520M25A | Filter Media: Glass Fiber (25μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: FKM (Fluoroelastomer); Support Core: Stainless Steel (1.4301) | Media damage from abrasive particles in hydraulic fluid; Seal extrusion under high pressure; Support core corrosion from H2S in sour gas applications | Maintain hydraulic fluid cleanliness to ISO 4406 Class 15/12/9 to reduce abrasive wear on media. Ensure the filter housing is rated for the system’s maximum operating pressure (420 bar) to prevent seal extrusion. For sour gas applications, use only cartridges certified to NACE MR0175/ISO 15156. Inspect the support core for corrosion annually using magnetic particle inspection (MPI). |
13 | C2520M60A | Filter Media: Glass Fiber (60μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media clogging from prolonged use in industrial hydraulic systems; Seal swelling from mineral oil exposure; End cap separation from vibration | Replace cartridges every 400 operating hours for industrial applications (e.g., manufacturing lines). Use vibration-damping mounts for the filter housing if installed near pumps or motors. Monitor seal condition during replacement—replace if signs of swelling (diameter increase >5%) are observed. Flush the filter housing with clean hydraulic fluid before installing a new cartridge. |
14 | C2520M90A | Filter Media: Cellulose (90μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media degradation from high-temperature hydraulic fluid; Seal leakage from housing seal seat damage; Support core rust from moisture | Install a temperature sensor in the hydraulic system to monitor fluid temperature—alarm if temperature exceeds 85°C. Inspect the housing’s seal seat for scratches or nicks quarterly; refinish with a fine abrasive pad if needed. Drain the hydraulic reservoir’s water sump weekly. Replace cartridges if the media appears brown or brittle (indicates thermal degradation). |
15 | C2530M250A | Filter Media: Synthetic Fiber (250μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Stainless Steel (1.4301) | Media plugging from large debris in construction equipment hydraulic systems; Seal extrusion under high flow rates; End cap cracking from thermal cycling | Ensure the filter housing is sized correctly for the system’s flow rate (refer to MP FILTRI C2530 housing flow specifications). Operate the hydraulic system within the temperature range of -15°C to 90°C to minimize thermal stress. Use a debris separator in the return line for construction equipment operating in dusty environments. Replace cartridges when pressure differential reaches 7 bar (101.5 psi). |
16 | C2530M25A | Filter Media: Glass Fiber (25μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: FKM (Fluoroelastomer); Support Core: Stainless Steel (1.4301) | Media wear from high-velocity fluid flow; Seal degradation from chemical additives in synthetic fluids; Support core pitting from corrosive fluids | Limit fluid velocity through the filter to 0.08 m/s to prevent media erosion. Consult the hydraulic fluid manufacturer to confirm compatibility with FKM seals. For corrosive fluid applications (e.g., phosphate ester fluids), inspect the support core every 6 months for pitting. Replace cartridges if pressure differential increases rapidly (indicates media damage). |
17 | C2530M60A | Filter Media: Glass Fiber (60μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media clogging from fine particles in hydraulic systems; Seal damage from foreign debris on the seal seat; End cap separation from vibration | Clean the seal seat with a solvent-free cleaner before installing a new cartridge. Mount the filter housing on a vibration-isolated platform. Test hydraulic fluid particle count monthly—target ISO 4406 Class 16/13/10. Replace cartridges when particle counts exceed the target or pressure differential reaches 9 bar (130.5 psi), whichever comes first. |
18 | C2530M90A | Filter Media: Cellulose (90μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media breakdown from water-based hydraulic fluids; Seal leakage from improper installation; Support core corrosion from moisture ingress | Not suitable for water-based fluids—use synthetic media alternatives for water-glycol or emulsion systems. Install the cartridge with a straight, axial force (avoid twisting) to ensure proper seating. Use a desiccant breather on the hydraulic reservoir to reduce moisture ingress. Replace cartridges if water is detected in the filter housing’s drain. |
19 | C2535M250A | Filter Media: Synthetic Fiber (250μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Stainless Steel (1.4301) | Media plugging from heavy contaminant loads in mining equipment; Seal wear from frequent maintenance; End cap cracking from impact | Use a pre-filter to reduce contaminant load on the cartridge. Handle cartridges carefully during maintenance—avoid dropping or impacting the end caps. Store replacement cartridges in a dry, dust-free environment. Replace cartridges monthly or when pressure differential reaches 6 bar (87 psi) for mining applications. |
20 | C2535M25A | Filter Media: Glass Fiber (25μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: FKM (Fluoroelastomer); Support Core: Stainless Steel (1.4301) | Media damage from abrasive particles; Seal extrusion under high pressure; Support core corrosion from H2S exposure | Maintain hydraulic fluid cleanliness to ISO 4406 Class 15/12/9. Ensure the filter housing is rated for the system’s maximum pressure (420 bar). For sour service, use NACE-certified cartridges and inspect the support core annually for corrosion. Replace cartridges if pressure differential exceeds 8 bar (116 psi) to prevent media rupture. |
21 | C2535M60A | Filter Media: Glass Fiber (60μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media clogging from prolonged use; Seal swelling from mineral oil; End cap separation from thermal stress | Replace cartridges every 350 operating hours. Operate the hydraulic system within -10°C to 80°C to minimize thermal stress. Monitor seal condition during replacement—replace if swollen. Flush the filter housing with clean fluid before installing a new cartridge. |
22 | C2535M90A | Filter Media: Cellulose (90μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media degradation from high temperature; Seal leakage from housing damage; Support core rust from moisture | Monitor hydraulic fluid temperature—do not exceed 85°C. Inspect the filter housing for cracks quarterly. Drain moisture from the reservoir weekly. Replace cartridges if media appears degraded (brittle, discolored). |
23 | C2540M250A | Filter Media: Synthetic Fiber (250μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Stainless Steel (1.4301) | Media plugging from large debris in heavy mobile equipment; Seal extrusion under high flow rates; End cap cracking from thermal cycling | Ensure the filter housing is sized for the system’s flow rate. Operate within -15°C to 90°C. Use a debris separator in the return line. Replace when pressure differential reaches 7 bar (101.5 psi). |
24 | C2540M25A | Filter Media: Glass Fiber (25μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: FKM (Fluoroelastomer); Support Core: Stainless Steel (1.4301) | Media wear from high velocity; Seal degradation from synthetic fluid additives; Support core pitting from corrosive fluids | Limit fluid velocity to 0.08 m/s. Confirm fluid-additive compatibility with FKM. Inspect support core for pitting every 6 months in corrosive applications. Replace if pressure differential increases rapidly. |
25 | C2540M60A | Filter Media: Glass Fiber (60μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media clogging from fine particles; Seal damage from debris on seal seat; End cap separation from vibration | Clean seal seat before installation. Mount housing on vibration-isolated platform. Test particle count monthly. Replace when particle counts exceed ISO 4406 Class 16/13/10 or pressure differential reaches 9 bar. |
26 | C2540M90A | Filter Media: Cellulose (90μm nominal); End Caps: Glass-Reinforced Polyamide; Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338) | Media breakdown from water-based fluids; Seal leakage from improper seating; Support core corrosion from moisture | Not for water-based fluids. Install with straight axial force. Use desiccant breather on reservoir. Replace if water is detected in housing drain. |
2. C26 Series High-Pressure Filter Cartridges (60 Element Size)
Product Description: The C26 Series filter cartridges are designed for MP FILTRI C2600 high-pressure filter housings, engineered to handle the demanding filtration requirements of large-scale hydraulic systems. These cartridges feature an enhanced pleated media design with a larger filtration area compared to smaller C25 series cartridges, enabling higher flow rates while maintaining superior contaminant removal efficiency (25μm, 60μm, 90μm, 250μm nominal ratings). They are rated for operating pressures up to 420 bar (6000 psi), making them suitable for heavy-duty industrial and mobile hydraulic applications.
Pain Point & Value Proposition: Large hydraulic systems with high flow rates are prone to rapid contaminant buildup, which can cause extensive damage to expensive components such as axial piston pumps and proportional valves. Inadequate filter cartridges may restrict flow, leading to increased pressure drop and reduced system efficiency. Our C26 Series cartridges utilize high-capacity synthetic and glass fiber media, ensuring extended service life and consistent filtration performance even in high-flow, high-contamination environments. As direct replacements for genuine MP FILTRI C2600 cartridges, they offer OEM-equivalent quality at a cost-effective price point, reducing maintenance costs while protecting critical hydraulic components.
Operational Context: Applicable to large-scale hydraulic systems including industrial hydraulic presses, large mining equipment (haul trucks, excavators), marine hydraulic systems (ship cranes, winches), and power generation (turbine hydraulic control systems). Suitable for use with mineral oil-based, synthetic, and biodegradable hydraulic fluids.
No. | Part Number | Material Specification | Primary Wear Causes | Maintenance & Damage Prevention Precautions |
1 | C2600M250A | Filter Media: High-Capacity Synthetic Fiber (250μm nominal); End Caps: Glass-Reinforced Polyamide (GRP); Seal: Nitrile Rubber (NBR); Support Core: Stainless Steel (1.4401); Pleat Support: Polypropylene | Media plugging from large debris in high-flow systems; Seal extrusion under peak flow rates; End cap cracking from thermal expansion/contraction; Pleat collapse from pressure spikes | Ensure the filter housing is sized to handle the system’s peak flow rate (refer to MP FILTRI C2600 housing specifications) to prevent seal extrusion. Install a pressure relief valve upstream to limit pressure spikes to 450 bar (6527 psi) and protect against pleat collapse. Operate within the temperature range of -20°C to 100°C to minimize thermal stress on end caps. Use a pre-filter in extremely dirty applications (e.g., mining haul trucks) to extend cartridge life. Replace cartridges when pressure differential reaches 7 bar (101.5 psi). |
2 | C2600M25A | Filter Media: High-Efficiency Glass Fiber (25μm nominal); End Caps: Glass-Reinforced Polyamide (GRP); Seal: FKM (Fluoroelastomer); Support Core: Stainless Steel (1.4401); Pleat Support: Stainless Steel Mesh | Media wear from abrasive particles in high-velocity fluid; Seal degradation from chemical attack (synthetic fluids, additives); Support core corrosion from H2S-containing fluids; Pleat damage from foreign objects | Maintain hydraulic fluid velocity below 0.07 m/s to prevent media erosion. Verify compatibility of hydraulic fluid and additives with FKM seals (consult fluid manufacturer’s data sheet). For sour service applications (H2S >50ppm), use cartridges certified to NACE MR0175/ISO 15156 and inspect the support core annually for corrosion using MPI. Inspect the filter housing for foreign objects (e.g., metal shavings) before installing a new cartridge. Replace cartridges when pressure differential reaches 8 bar (116 psi) or every 500 operating hours, whichever comes first. |
3 | C2600M60A | Filter Media: Glass Fiber (60μm nominal); End Caps: Glass-Reinforced Polyamide (GRP); Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338); Pleat Support: Polypropylene | Media clogging from fine particle contamination in industrial systems; Seal swelling from mineral oil-based fluids; End cap separation from vibration; Pleat deformation from prolonged high pressure | Implement a routine replacement schedule based on fluid cleanliness testing (target ISO 4406 Class 16/13/10) and operating hours (recommend 600 hours for industrial applications). Mount the filter housing on vibration-damping brackets if installed near high-vibration components (e.g., large hydraulic pumps). Monitor seal condition during replacement—replace if swelling (diameter increase >5%) is observed. Operate the system within the recommended pressure range (0-420 bar) to prevent pleat deformation. Flush the filter housing with clean hydraulic fluid before installing a new cartridge. |
4 | C2600M90A | Filter Media: Cellulose (90μm nominal); End Caps: Glass-Reinforced Polyamide (GRP); Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338); Pleat Support: Polypropylene | Media breakdown from high-temperature hydraulic fluid; Seal leakage from housing seal seat damage; Support core rust from moisture ingress; Pleat collapse from water absorption | Monitor hydraulic fluid temperature—do not exceed 90°C (NBR seal limit) for prolonged periods. Inspect the housing’s seal seat for scratches or nicks quarterly; refinish with a fine abrasive pad if needed. Install a desiccant breather on the hydraulic reservoir to reduce moisture content and prevent support core rust. Avoid using with water-based hydraulic fluids (cellulose media absorbs water, leading to pleat collapse). Replace cartridges if the media appears brown, brittle, or waterlogged. |
3. CA Series Filter Cartridges (CA100 Housing)
Product Description: The CA100M250 filter cartridge is designed for MP FILTRI CA100 filter housings, a compact high-pressure filtration solution for medium-flow hydraulic systems. This cartridge features a pleated synthetic fiber media design that balances filtration efficiency (250μm nominal) with low pressure drop, ensuring effective contaminant removal while maintaining system flow rates. It is rated for operating pressures up to 420 bar (6000 psi), making it suitable for a wide range of industrial and mobile hydraulic applications where space is limited.
Pain Point & Value Proposition: Compact hydraulic systems (e.g., mobile equipment, small industrial machines) often face space constraints that limit filtration options, increasing the risk of inadequate contamination control. Substandard compact filter cartridges may fail under high pressure, leading to system contamination and premature component wear. Our CA100M250 replacement cartridge matches the form, fit, and function of the genuine MP FILTRI part, utilizing high-strength synthetic media and robust construction to ensure reliable performance in compact, high-pressure systems. It offers a cost-effective alternative to OEM cartridges without compromising filtration efficiency or pressure resistance, protecting compact hydraulic systems while reducing maintenance costs.
Operational Context: Applicable to compact hydraulic systems including small construction equipment (mini-excavators, skid-steer loaders), agricultural machinery (small tractors, harvesters), industrial robots, and compact hydraulic presses. Suitable for use with mineral oil-based and synthetic hydraulic fluids.
No. | Part Number | Material Specification | Primary Wear Causes | Maintenance & Damage Prevention Precautions |
1 | CA100M250 | Filter Media: Synthetic Fiber (250μm nominal); End Caps: Glass-Reinforced Polyamide (GRP); Seal: Nitrile Rubber (NBR); Support Core: Electroplated Steel (1.0338); Pleat Support: Polypropylene | Media plugging from contaminant buildup in compact systems; Seal leakage from improper installation (space constraints); Support core corrosion from moisture; End cap cracking from impact during maintenance | Use proper tooling designed for compact filter housings to avoid damaging the cartridge or housing during installation/removal (avoid over-tightening the housing cover). Maintain hydraulic fluid cleanliness to ISO 4406 Class 17/14/11. Install a desiccant breather on the hydraulic reservoir to reduce moisture ingress and prevent support core corrosion. Handle cartridges carefully during maintenance (compact design is more susceptible to impact damage). Replace cartridges when pressure differential reaches 6 bar (87 psi) or every 300 operating hours, whichever comes first. |
Procurement Guidance & Call to Action
Maintaining the reliability and longevity of your hydraulic systems depends on sourcing high-quality, compatible filter cartridges that meet industry standards. All MP FILTRI USA HV Series replacement cartridges featured in this catalog comply with ISO 16889 filtration efficiency standards and are fully interchangeable with genuine MP FILTRI C25, C26, and CA series filter housings. Our cartridges are manufactured using premium materials and undergo rigorous quality control testing to ensure consistent performance, making them a trusted choice for hydraulic system protection.
Whether you require C25 series cartridges for medium-flow systems, C2600 series for high-flow industrial applications, or CA100 cartridges for compact hydraulic systems, we offer cost-effective, OEM-equivalent solutions. Our technical team is available to assist with part compatibility verification, application-specific recommendations, and filtration system optimization to ensure you select the right cartridges for your needs.
To secure these high-quality MP FILTRI replacement filter cartridges, contact our sales team today with your specific part numbers or application requirements. We are committed to providing competitive pricing and reliable technical support to help you minimize maintenance costs and maximize hydraulic system uptime. Don’t compromise on filtration quality—source your MP FILTRI replacement cartridges from a trusted supplier.
For inquiries, please reach out via email or phone, and our team will respond promptly to assist with your procurement needs.
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