Heavy Industry

Heavy Industry

An environment heavily laden with particles the size of dust up to solid chunks of wood along with varying degrees of stickiness and harsh corrosion properties makes for a tough environment in which to operate. An improperly selected fan in terms of wheels, class, construction or strength of materials can result in, at the very least, increased maintenance and, at worst, catastrophic life-threatening failure. Hartzell excels in designing, building and applying the right fans and equipment for the toughest environments so you don’t have to worry about your facility’s air movement.

Market Challenges

Designed to perform in dirty, harsh, corrosive environments

We proactively leverage our creative design and savvy application expertise to provide air movement solutions that combat your most pressing operational challenges.

Safety
Performance
Uptime
Operational Budget

Plant personnel safety—from less than optimal internal air quality or awkward, risky maintenance and repair procedures—are top priorities.

personnel safety around hot molten steel

Poor design or incorrect application not only impacts airflow performance consistency; it also wears out bearings, shafts, blades and motors and can lead to catastrophic failures.

Maximizing uptime of critical processes means improved performance and throughput, avoiding lost revenue.

Operating budgets are thin, with little resources to cover unplanned or unexpected maintenance, repair or replace costs.

Market Solutions

Industrial Duty fans for tough environments

Hartzell solutions to reduce repair and replace maintenance

Hartzell solutions to maximize worker safety

We design our fans for the heavy duty industry using design safety factors that are twice the competitive norms for critical components (e.g., props, bearings, shafts, etc.). The heavier design of our fans means they can take more abuse than lesser-designed products. In situations where lightweight fans fail (e.g., heavy dirt, high moisture, lack of maintenance), ours do not.