Great Lakes Filters' patented FLEX-SOCK is designed to provide a strong, flexible and versatile connector transition sleeve for vibratory screening equipment from OEM's such as: Kason, Siftex, Rotex and many more.
Made from 3-ply FDA approved materials of nylon and neoprene, Flex-Socks are ideal connectors, aka: boots, sleeves, fittings for vibratory screening and sifting equipment. The nylon fabric outside layers provide strength and abrasion resistance. The rubber center layer provides flexibility, prevents dusting, and affords extensive flex life. A special material is also available for temperatures over 255°F.
For applications where permeability is required, Great Lakes Filters offers its unique DURA-SOCK connector made from a flexible knit fabric. Our Dura-Sock can be provided with a liner made from FDA approved polyurethane material if required.
Both Flex-Sock and Dura-Sock sleeves and connectors are available in both standard and custom sizes, such as tapered connectors. We can also offer continuously tubed diameters that your maintenance personnel can cut to length as required.






Easy, fast installation. Outlasts terrycloth applications. Yields a superior surface. Super absorbant material. Can be made in any size, shape. Made to ISO standards.
Custom designed filter bags are routine for Great Lakes Filters. We engineer bag filters for skate sharpeners not to mention ... grinders, pellet handling, sand blasting, and plating to your specifications.
At our Great Lakes Filters facility we manufacture dust bags, liquid filter bags, press cloths and our patented 'flex socks'. We work with a wide variety of fabrics and filter media to supply the best solutions to our customers requirements.
Suparator is a unique technology, developed for the separation of oil from aqueous media utilizing a three-step separation process to collect, concentrate, and separate.
We manufacture skate sharpening filter bags, whatever your application or quantity, we design and manufacture the right filter bag for your filter application.