Albarrie Canada Limited products

We can supply cages made from a variety of materials including: Carbon steel, galvanized, stainless steel, epoxy coated. Special finishes, such as epoxy coated, are available to protect in moisture, chemical or acidic conditions.

Albarrie’s door seal is specifically designed to stop air leaks, create system efficiency and save you money! Our dust collector specialists realized that many baghouses had an inadequate seal on their doors, causing many problems, like: emission failure, increased energy consumption and reduced production times. Albarrie created an innovative solution that not only eliminates these problems, but is easy to install and cost-effective. Albarrie‘s door seal is composed of a fabric strip with an adhesive component that allows for easy installation.

AlSeal™ restricts air entry and heat escape in and out of the drum while aggregates pass through it. Unlike ordinary rubber gaskets, which require frequent replacement and are overly rigid, AlSeal™ dryer drum seals have the ability to compress without leaving gaps – even when uneven surfaces or slight warping of the flange occurs. Our nonwoven and woven fabrics are successfully used in a wide variety of challenging applications. Our engineering capabilities, enable us to design a fabric specific to your individual process and equipment needs.

Characteristics: Designed specifically for dust collectors. Recommended use: Dry free flowing dust applications including shot blast, mining, gas turbines, and metal working.

Characteristics: Designed to operate at high efficiency. Excellent life span in difficult applications. Excellent performance in difficult applications. Recommended use: High temperature applications, high dust loadings & difficult agglomerating dusts.

Characteristics: Moisture and abrasion resistant. Fine pore structure. Recommended use: Mineral processing, food processing, pharmaceutical applications, powder coating and foundry dust.

Duo-Density filter media utilizes advanced fiber blending technology to combine multiple fiber sizes into the matrix of the filter media. The blended fiber matrix increases the filtration surface area of the media and reduces pore sizes to increase filtration efficiency across a wide range of particle sizes while maintaining efficient air flows. Available in self supported and scrim supported designs with polyester, PPS, and polyimide (P84®) fibers in weights ranging from 10 to 16 oz/yd2.

High efficiency micro-cap filter media incorporates a layer of micro- denier fiber on the top side of the filter media. The micro-denier top layer features smaller pore size and increased filtration surface area for enhanced surface filtering capabilities and dust cake formation while retaining efficient airflows, good flexibility, and abrasion resistance. Available in self-supported and scrim supported designs with polyester, PPS and polyimide (P84®) fibers in weights ranging from 10 to 16 oz/yd².

A highly efficient anti-static filter media constructed with an integrated layer of woven stainless-steel fibers to provide uniform conductivity. For use in applications prone to the build-up of static charge, this conductive fabric safely dissipates electrostatic charges safely when properly grounded to minimize the risk of explosion and/or dust retention on the media due to static charges. Available with polyester fibers in weights ranging from 14 to 16 oz/yd².