
Industrial Ductwork We’re offering a wide range of ventilation ductwork fittings & pipes helping the system of the ductwork to run at its best. As
When it comes to corrosive applications, there are a few options available, but fiberglass reinforced plastic fans are a common solution.
Fiberglass, also referred to as FRP (fiber-reinforced plastic), is a composite material made of a polymer matrix reinforced with glass fibers.
The corrosion-resistant properties of fiberglass are wide-ranging and suitable for use across the ph scale. In addition to its corrosive properties, FRP provides a lighter and more cost-effective alternative to its metal counterparts.
FRP will also be the strongest construction as it includes layers of fibers within the construction, creating strength.
We are the official distributors of the top industrial damper manufacturers in the USA. As official representatives, we’ll be happy to help find the best fiberglass exhaust fan for your application.
Contact us for a quote or if you have any questions.
FRP fans and blowers come in all of the most common types, such as axial, centrifugal, radial, pressure blowers, etc.
They can be used for general ventilation or incorporated into process ventilation. With the standard general-purpose resin, a fiberglass fan can be used with a wide range of chemicals, but in extreme cases, other resins and coatings can be used to improve the construction and duty point.
The applications are endless.
There are, however, limiting factors to consider, such as temperature and abrasion. A fiberglass fan can only work at moderate temperatures, which can change depending on what chemicals are in the airstream. These temperatures can vary from just below 100°F to just above 200°F.
These fans are also limited to gaseous airstreams and do not hold up well against airstreams that contain solids or anything that could be deemed abrasive.
Fiberglass fans made of a plastic composite are best for getting rid of corrosive gasses and mists in the air, which are common in some applications.
Corrosive gasses and mists in toxic environments cause ventilation equipment to wear out and get damaged faster, which causes the equipment to break down sooner.
The use of FRP ventilation equipment in corrosive environments provides a safe solution that will operate for a long time.
Corrosive environments contain gasses and compounds such as:
We are official distributors for the manufacturers listed below. As official representatives, we’ll be happy to help explain the best fans for high corrosion environments. Contact us for a quote or any information regarding their products.
In addition to fiberglass, there are a couple of other plastic composite options to consider for corrosive applications. PP (polypropylene) and PVC (polyvinyl chloride). Your decision will be based on the severity of the application.
The most severe applications are best suited for FRP, or fiberglass-reinforced reinforced plastic. FRP can handle the highest temperatures, the highest pressures, and the widest variety of contaminants of all the options.
FRP will also be the strongest construction as it includes layers of fibers within the construction, creating strength.
PVC is another great option for corrosive applications. These fans are suited for many of the same applications as FRP but will be limited by pressures, environments, and temperatures.
PP (Polypropylene) is also a great option for corrosive-duty applications. These fans are suited for many of the same applications as FRP but will be limited by size, air volume, pressures, environment, and temperature.
Fiberglass axial fans are available in both belt and direct drives. Each style is suitable for various corrosive applications. Fans are ABS & AMCA certified.
The axial fans are fitted with fiberglass-reinforced plastic (FRP).
The fan is then coated with a resin that is fire retardant. The components, such as the bearings, drives, and fan shaft, are protected from corrosion in a couple of ways.
Some styles will use an airtight enclosure while others will draw fresh air from outside the fan across the components. This ensures that corrosive fumes are not able to reach the moving components.
A gasketed access panel can be added so that the internal parts can be inspected and maintained. To prevent fumes from escaping the drive opening, a shaft seal is applied to the opening around the shaft.
Several considerations are made in order to reduce maintenance. The most important is bearing lubrication, which is served by lubrication lines that run to the exterior fan housing.
Another is properly sizing the shaft and bearings for performance and speed. This is performed to increase the fan’s lifecycle as well as reduce maintenance. To isolate the motor from the airstream, the motor is placed outside of the airstream on an adaptable epoxy-coated steel base.
Industrial Ductwork We’re offering a wide range of ventilation ductwork fittings & pipes helping the system of the ductwork to run at its best. As
Oil and Mist Collectors Industrial workplaces can be full of air pollutants, such as oil mist and fine aerosols, that can pose health and
Industrial Heating Equipment Supplier As an official supplier of industrial heating equipment, we provide the equipment needed for commercial and industrial heating applications. As the
Electrostatic Precipitator Dust Collector Electrostatic Precipitators dust collectors, also known as electronic filters, use positive and negative charges to collect material creating a virtual dust
Water Treatment Plant Blowers Proper ventilation equipment in wastewater treatment and reclamation facilities includes both exhaust and blower fans. Make
Warehouse Fans & Ventilation Solutions Fans for warehouses and distribution centers have evolved tremendously. Especially with warehouses being converted into
R. Williamson & Associates can provide you with fast quotes on the correct equipment for your application.
We are official representative covering Illinois, Wisconsin, Minnesota, Michigan, Indiana and we ship nationwide.
We can also send out a trained specialist to assess the area and make certain the proper unit is being used for your specific application.
We run tests on-site to see how cost effective each model will be to assure maximum efficiency.