BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

BP Series (Polypropylene Felt) BagsAn assortment of filtration ratings is offered – from 1 to 200 microns – to comply with any filtration requirement. The bags are manufactured from felt due to its high solids loading capabilities, in comparison to similar mesh fabrics. The media is created by needle-punching two layers of synthetic fibers together in a supporting scrim. A glazed finish, created by melting the outermost surface fibers, is used to produce a bond that reduces the possibility of migration. Typical applications: Acids, Alkalis, Corrosive Fluids, Micro-organisms, Oils, Organic Solvents.

For those critical applications when high-efficiency combined with high dirt-holding capacity is required Polypropylene materials are processed into microfibers with diameters of 1 to 10 microns or more, then converted into filter material Microfiber media is covered with spun-bonded polypropylene

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99.9% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. The five different models assure users that particles from the range of 1 to 25 microns can be removed effectively while delivering long service life. Typical applications: Beer, wine, spirits and beverage filtration, Fine particle removal in parts cleaning, Final filtration of lacquers, Final filtration of vinegar, Activated carbon removal in process systems, Final filtration of hydraulic oils and lubricants.

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

Eaton's MAX-LOAD™ pleated filter bags are manufactured from nominal rated polypropylene or polyester extended-life needle felt. The exceptional construction increases the filter bags dirt-holding capacity and lifetime by up to ten times more than standard needle felt filter bags.

MAX-LOAD™ filter bags fit into all Eaton standard size 01 and 02 restrainer baskets and are ideal for use in the following applications:

• Water Treatment
• Chemicals
• Paints and Varnishes
• Metal Cleaning
• Petrochemicals

The FTC 550 Series pleated bag filters have a unique design that provides a large effective filter surface area within the space constraints of a standard basket. Dirt holding capacity is maximized by pleating several different filter media together in a single pleat pack. One 550 Series, high capacity bag, holds significantly more dirt than the typical 500 series bag. The FTC high capacity bag is designed to fit inside existing baskets without housing modification.

The FTC Series 550 high capacity pleated bag filter is ideal for the following applications:

• Water and Wastewater
• Process Fluids
• Acids
• Bases
• Amines
• Glycols
• Brines
• Machine Coolants

The FTC 550 Series pleated bag filters have a unique design that provides a large effective filter surface area within the space constraints of a standard basket. Dirt holding capacity is maximized by pleating several different filter media together in a single pleat pack. One 550 Series, high capacity bag, holds significantly more dirt than the typical 500 series bag. The FTC high capacity bag is designed to fit inside existing baskets without housing modification.

The FTC Series 550 high capacity pleated bag filter is ideal for the following applications:

• Water and Wastewater
• Process Fluids
• Acids
• Bases
• Amines
• Glycols
• Brines
• Machine Coolants

The FTC 550 Series pleated bag filters have a unique design that provides a large effective filter surface area within the space constraints of a standard basket. Dirt holding capacity is maximized by pleating several different filter media together in a single pleat pack. One 550 Series, high capacity bag, holds significantly more dirt than the typical 500 series bag. The FTC high capacity bag is designed to fit inside existing baskets without housing modification.

The FTC Series 550 high capacity pleated bag filter is ideal for the following applications:

• Water and Wastewater
• Process Fluids
• Acids
• Bases
• Amines
• Glycols
• Brines
• Machine Coolants