Lawson-Taylor Ltd. specializes in the industrial ventilation industry in Canada and the United States. Our company was established in Dundas, Ontario in 1999 following seven years of operation in Oakville, Ontario. Lawson-Taylor Ltd.’s roots trace back to the 1960s. Located 45 minutes from Toronto in central Ontario, we are established in the golden horseshoe industrial corridor. Lawson-Taylor Ltd. houses a 7,500 square foot shop facility which has material handling capabilities including lift trucks, an overhead crane, gas/arc welding capabilities, metal forming and ground level loading dock access.
Products and Services
Lawson-Taylor Ltd. provides a wide variety of fans, including axial and centrifugal, filtering units, air handling units and gas fired space heaters. Other products we offer include noise reduction equipment, dust collectors, silencers of all types, screw conveyors, rotary and double flapping feeders, positive displacement blowers, air knives, regenerative blowers, pipe flex connections, expansion joints, duct flex connections, custom and standard dampers, rotary kiln seals and access doors. We also act as sales representatives for a variety of companies that build and design multiclone dust collectors, steel stacks, gas scrubbers and mist elimination equipment.
Lawson-Taylor Ltd. offers full-repair services for all types of fans, dust collectors and blowers. We also have the ability to completely replace components. The Lawson-Taylor Ltd. design office routinely designs belt guards, v-drives, structural bases, isolation bases, fluid coolers and custom cooling equipment for industrial electrical equipment. We also routinely build and design industrial ventilation heating and filtering equipment for both OEM suppliers and end users.
Lawson-Taylor Ltd. provides products and services from a variety of suppliers including Process Barron, Cincinnati Fan, Alphair, Peerless, Munters and Ancaster Conveying Systems and Met-Pro Duall Division. We also offer our own custom-made equipment to suit our client’s unique and diverse requirements.