BEC INDUSTRIAL

REPAIR Service ►

Design, Supply, Installation & Maintenance

Powerful airflow engineered for industrial environments. Reliable performance, custom design, and long-term support.

In large-scale industrial spaces—warehouses, manufacturing facilities, distribution centers, cold storage, and more—air movement isn’t optional; it’s essential. It controls heat, reduces humidity, maintains worker comfort, manages stratification, ventilates, and enhances productivity. At BEC Industrial, we deliver full-service solutions for industrial fans — from system design and equipment selection to installation, control integration, and ongoing maintenance.

Whether you need high-volume HVLS ceiling fans, directional airflow systems, supply and exhaust fans, or specialized process blowers, we engineer systems tailored to your facility’s geometry, environmental conditions, and operational goals.

Industrial Fans

Optimized Airflow. Engineered Safety. Reliable Performance.

Why Trust BEC Industrial with Your Fan Infrastructure

Decades of Technical & Field Experience

While BEC Industrial formally launched in 2024, our leadership team builds on the foundation of BEC Technical (established 1991). You benefit from modern innovation backed by decades of proven expertise.

End-to-End Accountability

We manage every phase — design, engineering, procurement, installation, controls integration, and maintenance — ensuring total project ownership and accountability.

Customized to Your Environment

No generic setups. Each system is engineered to your building geometry, ceiling heights, thermal zones, and unique airflow requirements.

Integration with Controls & Automation

Our fan systems integrate seamlessly with building management systems (BMS), HVAC, fire protection, and automation controls for synchronized, energy-efficient operation.

Safety, Durability & Compliance

From structural mounting and vibration isolation to code adherence, we engineer for longevity, redundancy, and full compliance with mechanical, electrical, and building standards.

Nationwide Reach, Local Execution

We serve clients across the U.S., coordinating logistics, installation, and service teams to deliver consistent quality nationwide.

Service Mindset & Lifecycle Support

Beyond installation, we provide preventive maintenance, retrofits, upgrades, and emergency support to keep your systems operating at peak efficiency.

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Types of Industrial Fan Systems We Provide

Industrial fan systems vary by application. Depending on your facility’s needs, we may recommend one or a combination of the following solutions:

1. Overhead / HVLS (“High-Volume, Low-Speed”) Ceiling Fans

Large-diameter ceiling fans (8–30+ ft) that move massive air volumes for efficient circulation across wide areas.
Ideal for reducing stratification, improving comfort, and lowering HVAC dependency in warehouses, distribution centers, and manufacturing facilities.

2. Directional / Targeted Fans

Wall-mounted or mobile fans designed to deliver airflow precisely where it’s needed — workstations, process zones, or personnel areas.
Provide flexibility for temporary or zone-specific air movement.

3. Supply / Exhaust / Ventilation Fans

Manage air exchange by introducing fresh air or exhausting heat, fumes, or contaminants.
Includes wall-mounted propeller fans, roof ventilators, and ducted systems for process air control.

4. Specialty & Process Fans / Blowers

Engineered for demanding industrial processes requiring specific performance metrics.
Includes high-static pressure fans, centrifugal blowers, corrosion-resistant units, and explosion-proof configurations.

Our Solution Process & Service Flow

Phase 1: Discovery & Audit

Comprehensive site walkthrough, data gathering, and assessment of structural and environmental conditions.
Evaluation of thermal loads, air circulation issues, obstructions, and operational goals such as airflow targets and comfort thresholds.

Phase 2: Concept & Layout Design

CFD airflow modeling to predict circulation patterns and address stratification.
Development of layout plans showing fan positions, coverage, overlap, and integration with existing systems.

Phase 3: Engineering & Specification

Structural engineering for mounting, vibration isolation, and load validation.
Electrical and controls design including wiring, motor selection, communication, and code compliance.

Phase 4: Procurement & Pre-Installation

Sourcing fans, controls, mounts, and safety hardware with coordinated logistics and site preparation.

Phase 5: Installation & Commissioning

Installation of supports, brackets, fans, guards, and safety systems.
Testing alignment, vibration, and controls integration, followed by system training and handover.

Phase 6: Post-Install Support & Maintenance

Routine inspections, lubrication, sensor calibration, and vibration monitoring.
Ongoing service, retrofits, and expansion as facility needs evolve.

Design Considerations & Best Practices

Coverage overlap and uniform airflow to prevent dead zones.
Fan placement to manage stratification and recirculate warm air efficiently.
Structural rigidity and vibration control to ensure stability and longevity.
Redundant safety features including cable retention, guards, and fail-safes.
Integrated control logic for coordinated fan operation and automation.
Energy-efficient designs with variable frequency drives and demand-based control.
Ease of maintenance through accessible designs and service-friendly layouts.
Scalable systems that allow for future capacity expansion.

Industry Use Cases & Benefits

Warehouses & Distribution Centers — Reduce heat stress, eliminate stratification, and enhance comfort.
Manufacturing Facilities — Improve air quality, exhaust heat, and support worker safety.
Cold Storage / Refrigerated Environments — Prevent condensation, equalize temperature, and preserve product integrity.
Automotive & Heavy Equipment — Deliver efficient coverage for large bays and open layouts.
Agricultural & Livestock Facilities — Improve air quality and reduce heat buildup.
Food & Beverage Operations — Maintain sanitary conditions and control humidity.
Retail & Open Public Spaces — Enhance comfort and reduce HVAC operating costs.

Frequently Asked Questions

Do industrial fans actually cool the air?

Fans don’t lower temperature directly but increase air movement to promote evaporative cooling and improve comfort.

How large should my fan system be?

Sizing depends on ceiling height, floor area, obstructions, and airflow requirements. HVLS fans can range from 8 ft to 30+ ft in diameter.

What about warranties and safety features?

All systems include manufacturer warranties and multiple built-in safety redundancies for long-term reliability.

Can your fans integrate with building controls or fire systems?

Yes. We design control architectures that integrate with BMS, fire suppression, HVAC, and automation networks.

How often should maintenance be performed?

Typically, visual inspections are performed quarterly and major maintenance annually, covering bearings, sensors, and mounts.

Are fans cost-effective compared to HVAC expansion?

Yes. Industrial fans often achieve climate comfort goals with significantly lower installation and operational costs than full HVAC systems.

Do you offer retrofits or expansions?

Absolutely. We routinely retrofit or expand existing fan systems to meet evolving facility requirements.

Sample Project Scenario

Client Situation:
A 300,000 sq. ft. warehouse with a 35-ft ceiling experienced severe stratification and high HVAC loads.

Solution Approach:

Modeled airflow with CFD to determine optimal fan placement.
Installed two 24-ft HVLS fans and supplemental directional units for corner coverage.
Integrated controls to modulate fan speed based on ambient temperature sensors.
Implemented vibration-isolated mounting with safety cables and supports.

Outcomes:

Temperature consistency improved — reduced ceiling-to-floor differential from 25°F to 8°F.
Energy savings achieved through reduced HVAC demand.
Improved worker comfort and reduced heat-related fatigue.
System designed with capacity for future expansion.