We offer a variety of tailored filter media to meet your demanding industrial applications.
Acrylic
Our Homopolymer Acrylic is a medium temperature resistance fiber with continuous use temperatures up to 120ºC/250°F.
The fiber properties allow for excellent chemical and hydrolysis resistance.
APPLICATIONS
Cement
Quarrying
Limestone
Smelting
Asphalt
Meta Aramid
Meta Aramid is a high temperature resistance fiber, with maximum continuous use up to 200ºC/390ºF.
Best suited for dry conditions, this medium needs extra care when moist and acid environments are combined in the high temperature range, the maximum resistance temperature must be limited to avoid deterioration by acid attack and hydrolysis.
APPLICATIONS
Asphalt
Lime
Cement
Foundries
Steel smelting and non-ferrous
Chemicals
Polyester
Polyester is the most versatile, cost-effective and widely used filter media for dust collection.
This strong, abrasion-resistant medium can work up to 150ºC/300ºF and has good resistance to common acids, solvents and oxidizing agents.
When moist gases are combined in the high temperature range, the maximum resistance temperature may be limited to avoid deterioration by hydrolysis
APPLICATIONS
Dusts
Wood
Lead
Quarrying
Fertilizers
Metal processing
Grain handling
Tobacco
Cement
Ceramics
Vacuum systems
Flour
Gypsum
Polyimide
Polyimide is a high temperature resistance fiber which under dry conditions can be operated up to 220°C/430°F.
With the unique multi-lobal cross section, this medium offers greater surface area, resulting in higher filtration efficiency.
APPLICATIONS
Power generation
Metallurgical
Waste incineration
Straw burning
Clinical incineration
Cement
Lime
Polypropylene
Polypropylene has the lowest temperature resistance rating among common fibers, with a continuous operating temperature up to 90ºC/195ºF, but it exhibits one of the best chemical resistances, with excellent resilience against acids, alkalis and hydrolysis.
APPLICATIONS
Food
Oil
Galvanizing
Chemicals
Liquids
Detergents
PPS
PPS is a high temperature resistance fiber with a continuous use temperature up to 160ºC/320ºF.
It is optimal for combustion processes providing excellent acid and thermal resistance.
In the presence of high levels of oxygen and/or nitrogen oxide, the maximum resistance temperature must be limited to avoid irreversible degradation of the fiber.
APPLICATIONS
Combustion
Power generation
Incineration
Coal-fired boilers
Cement
Dryers
PTFE
PTFE is considered the ‘ultimate’ fiber due to its exceptional chemical and thermal resistance.
With the right chemical composition, it can operate continuously at temperatures up to 250°C/480°F.
