Parker high flow filter element

Product Overview

Parker high-flow two-coil filters represent a significant advancement in liquid filtration technology,

 offering a highly effective alternative to conventional deep filters and other 2-1/2" ID (internal diameter) filter elements

 for high-flow applications, particularly reverse osmosis pre-filtration. Engineered for superior performance and 

operational efficiency, each Parker series filter delivers an impressive flow capacity of 1,300 L/min, dramatically reducing

 the number of filter elements and housing size required for a given flow rate. A single Parker high-flow filter provides 

the equivalent water treatment capacity of ten standard 2-1/2" outer diameter, 40-inch length filter elements. 

This remarkable efficiency translates directly into substantial capital savings, reduced floor space requirements, 

and simplified maintenance operations.

The innovative design features built-in O-rings and an integrated handle, making filter installation quick, efficient, 

and convenient—minimizing operator time and reducing the risk of incorrect installation. Parker's high-flow technology

 addresses the growing demand for high-throughput, low-maintenance filtration solutions in industries ranging from

 water treatment to biopharmaceutical manufacturing.

Product Features

(1) High Contaminant-Holding Capacity and Extended Service Life

The advanced filter element design provides exceptional dirt-holding capacity, allowing the filter to capture and retain a

 substantial mass of contaminants before reaching its change-out differential pressure. This extended service life reduces

 the frequency of element replacements, minimizes operational downtime, and lowers overall consumable costs.

(2) Reduced Replacement Frequency and Labor Costs

By replacing multiple conventional filters with a single high-flow unit, maintenance labor is significantly reduced.

 Fewer elements mean fewer change-outs, shorter maintenance windows, and lower exposure to process fluids for operators.

 This efficiency improvement directly impacts the total cost of ownership.

(3) Sealed Interface Design for Enhanced Filtration Efficiency

The precision-engineered sealed interface minimizes the risk of side-streaming (bypass flow), ensuring that all 

fluid passes through the filter media. This design eliminates the efficiency losses associated with conventional filters

 where unfiltered fluid may bypass the element, guaranteeing consistent effluent quality and protecting downstream equipment.

(4) Quick, Simple Installation with Built-In Handle

The integrated handle and O-ring design streamline the installation process, allowing operators to replace elements 

quickly and without specialized tools. This user-centric design reduces the opportunity for installation errors and ensures 

consistent sealing performance with every change-out.

(5) Broad Chemical Compatibility and Versatility

Available in multiple media types and construction materials, Parker high-flow filters are compatible with a wide range 

of chemicals and process fluids. This versatility allows the same filter platform to serve diverse applications, 

reducing inventory complexity for plant operators.

Application Fields

The Parker high-flow two-coil filter is deployed across numerous industries and applications:

Water Treatment and Desalination

· Reverse osmosis (RO) security filtration and pre-treatment

· Desalination plant pre-filtration

· Municipal water treatment

· Ultrapure water systems

Power Generation

· Condensate filtration in thermal and nuclear power plants

· Cooling water systems

· Boiler feedwater pre-treatment

Biopharmaceutical and Life Sciences

· Active pharmaceutical ingredient (API) filtration

· Solvent and buffer purification

· Process water and sterile filtration

Food and Beverage

· Bottled water and mineral water production

· Sugar syrup and sweetener clarification

· Edible oil and vegetable oil filtration

· Juice, soft drinks, and wine filtration

· Dairy and milk processing

Industrial Manufacturing

· Paint, ink, and coating filtration

· Optical disc and magnetic media production

· Petrochemical refining and chemical processing

· Resin and polymer manufacturing

Electronics and Semiconductors

· Microelectronics process water

· Thin-film and fiber production

· Photoresist and wet chemical filtration

Technical Advantages

Feature Benefit

Flow capacity: 1,300 L/min Replaces 10 conventional 40" elements

Built-in O-ring seal Eliminates bypass, ensures 100% filtration efficiency

Integrated handle Fast, tool-free installation

High dirt-holding capacity Longer service life, fewer change-outs

Multiple media options Compatible with diverse applications

Frequently Asked Questions

Q1: How does a high-flow two-coil filter compare to standard 2-1/2" ID filters?

One Parker high-flow filter provides the equivalent flow capacity of ten standard 2-1/2" OD, 40-inch long filters (1,300 L/min).

 This dramatically reduces the number of elements, housing size, and overall system footprint while simplifying maintenance.

Q2: What is the maximum flow rate for a single Parker high-flow filter?

Each Parker high-flow filter is rated for a maximum flow rate of 1,300 L/min, depending on fluid viscosity and operating 

conditions. For precise sizing, please provide your application parameters.

Q3: What filtration accuracy is available for these filters?

Parker high-flow filters are available in a wide range of micron ratings, from 0.5 μm to 100 μm, with various media types

 (polypropylene, glass fiber, PTFE, nylon) to suit specific application requirements.

Q4: How are the filters installed?

The filters feature a built-in handle and O-ring seal, allowing for quick and easy installation. Simply insert the element into

 the housing, and the O-ring provides a positive seal. No tools or complex alignment procedures are required.

Q5: What is the "two-coil" design?

The two-coil design refers to the filter element's support structure, which provides high strength and collapse resistance 

while maintaining excellent flow characteristics. This design enables the high flow capacity and long service life of the filter.

Q6: Can these filters be used for air or gas filtration?

While primarily designed for liquid filtration, Parker high-flow filters can be adapted for certain gas applications.

 Please consult our engineering team to ensure compatibility with your specific gas application.

Q7: What is the recommended replacement interval?

Replacement intervals depend on influent quality, flow rate, and operating conditions. We recommend monitoring 

differential pressure and replacing the element when the change-out value (typically 0.1–0.3 MPa above clean pressure drop) 

is reached.

Q8: Are the filters autoclavable or suitable for sterilization?

Certain media types and constructions are suitable for autoclaving or steam sterilization. Please specify your sterilization

 requirements when ordering.

Q9: What housing options are available for these filters?

Parker high-flow filters are compatible with standard high-flow housings. Please contact our technical team to confirm 

compatibility with your existing equipment.

Q10: Is there a risk of side-streaming or bypass?

No. The precision-engineered sealed interface with built-in O-ring eliminates bypass flow, ensuring that all fluid passes 

through the filter media and achieving 100% filtration efficiency.

Q11: Can the filter handle high-viscosity fluids?

Flow capacity will be reduced with high-viscosity fluids. Please provide your fluid viscosity and flow rate requirements for 

proper sizing and media selection.

Q12: Do you provide replacement elements for existing installations?

Yes. We supply genuine Parker replacement elements for all filter models. Using genuine elements ensures full performance, 

reliability, and warranty compliance.

For technical support, custom configurations, or application-specific recommendations, please contact our engineering team.

 We provide complete filtration solutions including equipment supply, replacement elements, 

and technical consultation services.

Product Features