High-velocity fan technology for fiberglass dust cleanup
CAMX 2024: SonicAire presents dust-control fans to simplify dust cleanup in fiberglass facilities using its high-velocity BarrierAire technology.
Share

Source | SonicAire
(Winston-Salem, N.C., U.S.) is presenting NFPA-compliant solutions in the form of its proprietary BarrierAire fan technology, engineered to automate overhead housekeeping, control combustible dust buildup and eliminate the need for manual dust cleanup in fiberglass facilities.
The dust control fans are specifically designed to prevent dust from settling in hard-to-reach areas. Their high-velocity airflow prevent combustible fiberglass dust particles from settling on overhead structures, which can improve facility safety. In addition, thermal current control helps prevent dust buildup in inaccessible areas prone to fire and explosion risks.
Fully automated, SonicAire fugitive dust management simplifies the task of maintaining cleanliness and safety in fiberglass facilities. This not also eliminates the need to schedule weekend work, extend business hours or halt production for cleaning purposes.
Various SonicAire fan options are available, including:
- Pro Series: For typical fiberglass environments.
- Extreme Series: For harsh fiberglass manufacturing environments, including the only dust control fan certified for Class II, Div. 1 hazardous locations.
- Specialty Series: For custom fiberglass applications.
- Command Series: Customizable fan control systems for optimal operation in each fiberglass setting.
In addition, SonicAire provides complimentary dust management plans and ROI analysis. Its engineering team will create a tailored analysis demonstrating how SonicAire fans can minimize combustible dust buildup, enhance worker safety and productivity, and provide compliance with OSHA regulations. The team will also deliver an ROI analysis outlining long-term cost savings.
Related Content
-
New brand identity launch aligns with nonwoven portfolio offerings
CAMX 2024: James Cropper, formerly known as Technical Fibre Products, is bringing its new name to the U.S. composites industry, highlighting its specialization in carrier, surface and fire protection veils, among other products.
-
Highly tunable, woven lattice reinforcements target automotive structures
CAMX 2023: Startup Weav3D will be demonstrating its two collaborative automotive demonstrator parts and present two conference papers.
-
VIDEO: High-rate composites production for aerospace
Westlake Epoxy’s process on display at CAMX 2024 reduces cycle time from hours to just 15 minutes.
Related Content
New brand identity launch aligns with nonwoven portfolio offerings
CAMX 2024: James Cropper, formerly known as Technical Fibre Products, is bringing its new name to the U.S. composites industry, highlighting its specialization in carrier, surface and fire protection veils, among other products.
Read MoreHighly tunable, woven lattice reinforcements target automotive structures
CAMX 2023: Startup Weav3D will be demonstrating its two collaborative automotive demonstrator parts and present two conference papers.
Read MoreVIDEO: High-rate composites production for aerospace
Westlake Epoxy’s process on display at CAMX 2024 reduces cycle time from hours to just 15 minutes.
Read MoreIsobaric double belt press is well suited to continuous production
CAMX 2023: Flexible and robust double belt presses from Held Technologie are adaptable to various base composite material requirements to produce top-quality, long-lasting products.
Read MoreRead Next
Ilium Composites introduces ULTImat fire-resistant fiberglass
A fire-retardant structural core layered with fiberglass and an integrated surface veil meets fire safety standards for closed mold composite parts.
Read MoreDust mitigation on a massive scale
Dust containment systems manufacturers talk about the recent philosophical trend from source-point capture to dust-mitigation chambers and the practical effects of such a massive shift.
Read MoreAssembling the Multifunctional Fuselage Demonstrator: The final welds
Building the all-thermoplastic composite fuselage demonstrator comes to an end with continuous ultrasonic welding of the RH longitudinal fuselage joint and resistance welding for coupling of the fuselage frames across the upper and lower halves.
Read More