525 Lee Road
Rochester, New York 14606
Tel: (585) 254-8080 Fax: (585) 458-4483
Certified with QS:9000, ISO:9002, and TS:16949
Burnett Process is
certified as a Minority
Business Enterprise
(MBE) Disadvantaged Business Enterprise
(DBE) and as a Small
Disadvantaged Business (SDB).
Burnett Process Inc. is a subsidairy of Cannon Industries
Copyright © Burnett Process Inc. All Rights Reserved.
Carbon Impregnated Pleated Air Filters
Designed primarily to remove airborne biological contaminants in hospital critical areas and food pharmaceutical processing plants.
Extended Surface Mini-Pleat Filters with Metal Cell Sides and Headers
Metal construction improves performance under the most difficult operating conditions, superior moisture resistance and engineered to improve indoor air quality.
High Capacity Pleated Filters
Designed primarily to remove airborne biological contaminants in hospital critical areas and food pharmaceutical processing plants.
High Efficiency Barrier Filter
An exceptional high efficiency filter utilizing a glass fiber woven media. Designed for use as the final filter stage
in machinery intake systems where rigid construction and long service life are essential.
High Efficiency Barrier Filter for Rotating Machinery
High efficiency and dust holding capacity, and is fully incinerable
High Efficiency Compact Mini-Pleat Filter
High efficiency filter utilizing a glass fiber woven media. Designed for use as the final filter stage
in machinery intake systems where rigid construction and long service life are essential.
High Efficiency Extended Surface Air Filter
Designed primarily to remove airborne biological contaminants in hospital critical areas and food pharmaceutical processing plants.
Standard Capacity Pleated Air Filter
Designed primarily to remove airborne biological contaminants in hospital critical areas and food pharmaceutical processing plants.
V-Bank Mini-Pleat Air Filters
Designed primarily to remove airborne biological contaminants in hospital critical areas and food pharmaceutical processing plants.