Products Pleated Filter Cartridges Pleated Depth Cartridges

Fiber-MAXX G / Glass-Pleat G Nominally Rated Microglass Depth Cartridges

Strainrite's nominally rated microglass depth filter cartridges utilize a high surface area and high void volume media, incorporating microglass fibers in a uniform matrix that optimizes element flow rate and service life unattainable by other traditional microfiber technologies. This revolutionary microfiber matrix optimizes pore size geometry required to offer beta rated filtration performance.

Fiber-MAXX G / Glass-Pleat G Nominally Rated Microglass Depth Cartridges

Technical Specifications

Filtration Performance

Specification Detail
Retention Rating 0.2, 0.45, 0.65, 1, 5, 10
Maximum Differential Pressure Forward: 75 psid (5.1 bar) @ 75°F (24°C), 40 psid (2.8 bar) @ 180°F (82°C)
Maximum Operating Temperature 180°F (82°C) continuous duty polypropylene; 275°F (135°C) continuous duty polyester
Efficiency GPG0.2/FMXG0.2 — BETA5000 @ 0.2µm
GPG0.45/FMXG0.45 — BETA5000 @ 0.45µm
GPG0.65/FMXG0.65 — BETA5000 @ 0.65µm
GPG1/FMXG1 — BETA5000 @ 1µm
GPG5/FMXG5 — BETA5000 @ 5µm
GPG10/FMXG10 — BETA5000 @ 10µm

Materials & Compliance

Specification Detail
Filter Media Borosilicate microglass
End Caps Polypropylene, polyester
Pleat Support Material Polypropylene, polyester
Cage/Core Polypropylene, polyester
Seals Buna N, fluorocarbon, EPDM, silicone, FEP encapsulated fluorocarbon, FEP encapsulated silicone, PTFE foam, PTFE hard
Construction Method Thermal bond
Toxicity All components meet all relevant USP XXII Class VI test for biological safety and FDA requirements for contact with food and beverage per 21CFR177.1520

Advanced Features

Specification Detail
Packaging Economy Bulk packaging in case quantities to reduce material disposal:
5 inch - 48 per carton | 10 inch - 24 per carton | 20 inch - 12 per carton | 30 inch - 12 per carton | 40 inch - 9 per carton

Physical Specifications

Specification Detail
Outside Diameter GPG: 2.55" (6.48 cm) | FMXG: 2.7" (6.87 cm)
Lengths 5 inch (12.7 cm), 10 inch (25.4 cm), 20 inch (50.8 cm), 30 inch (76.2 cm), 40 inch (102 cm)

Product Overview

Strainrite's non-calendared microglass cartridges exhibit significantly reduced resistance to flow when compared to similarly rated microfiber technologies. These cartridges are an excellent choice for filtering beverages such as beer and wine, as they do not remove flavor-enhancing proteins.

Our FDA grade cartridges meet or exceed the requirements of the 21 CFR 177 for food and beverage contact. Strainrite also offers elements that utilize an epoxy binder providing an increased range of applications where chemical compatibility is critical.

The Fiber-MAXX G now offers a Special Pleat option which provides expected surface area improvements of as much as 45% in General and Pharmaceutical grades. This optimized pleat geometry option was developed for the filtration of process fluids that require a high degree of particle retention and/or constant bacterial barrier for effective sterilization.

Features & Benefits

Beta-rated media provide reliable pore size control resulting in repeatable filtration performance

Non-fiber releasing materials with minimal extractables provide high purity filtrate

Low pressure drops yield higher flow rates and reduced processing time

Maximized pleat design coupled with non-calendared micro-glass matrix offers greater surface area, ensuring longer service life, less downtime and reduced costs

Industrial grade utilizes an epoxy binder, FDA grade utilizes an acrylic binder

Thermally bonded construction eliminates particle bypass

Special Pleat Option: Optimized pleat geometry

Special Pleat Option: Expected surface area improvements of as much as 45% in General and Pharmaceutical grades

Recommended Vessels

Vessels and housings recommended for use with this product.

SRC Industrial Duty Cartridge Vessels
SRVC Value Design Cartridge Vessels

Markets & Applications

Chemical Processing
Photographic Films
Oil and Gas Production
Inks and Coatings
Plating Solutions
Solvent Filtration
Wastewater