What are FRP Ventilation Bars?
Fiberglass Reinforced Plastic (FRP) Ventilation Bar is a special development made out of fiberglass materials blended with resin to reassemble a lightweight, strong, and impermeable bar for ventilation purposes. Consequently, these bars are for the most part used in systems that rely on airflow, exhaust, or ventilation, such as industrial applications, ventilation ducts, and HVAC systems. A known strength-to-weight ratio among FRP Ventilation Bars, they are more lightweight than traditional metal counterparts and provide structural support. Such that they are resistant to a variety of environmental factors, including moisture, chemicals, as well temperature variations, meaning they can be used well in rough conditions metals Furthermore, the non-corrosive nature of epoxy means not only will it withstand nature’s fury better than most, but also will require considerably less maintenance and last longer than traditional mostly metals. These bars are used in ventilation systems, to further direct airflow or to provide support for installations, so that they can be used for different applications in industrial, commercial, and environmental applications while being reliable.
Are you interested in our products? Or would you like to receive customized services and solutions? Please let us know at info@taporel.com
Features
- Corrosion Resistance
FRP Ventilation Bars are especially corrosion-resistant to moisture, chemicals, and environmental factors, hence providing long service life and low maintenance.
- Lightweight Design
Ventilation bars are less heavy, thanks to their glass fiber reinforced plastic construction, than traditional metal bars, and can be installed much easier as well as reducing structural loads.
- High Strength-to-Weight Ratio
Its lightweight doesn’t affect its strength and it is capable of offering reliable support and stability in ventilation systems without reducing performance.
- Thermal Insulation
Thermal insulation properties of FRP materials, which are natural nonconductors of heat and promote household ventilation system efficiency, are advantageous in temperature-sensitive environments.
- Electrical Insulation
Due to the nonconductive characteristic of these ventilation bars, they can be used in areas where electrical conductivity has to be limited, like very high voltages.
- Weather Resistance
Also, they are highly UV resistant, rain, and other outdoor weather resistant, suitable for indoor and outdoor installations.
Application
- Industrial Ventilation Systems
Normally it’s used in factories, warehouses, and production plants to help with ventilation ducts and having the best possible airflow in places that need controlled air circulation.
- Chemical Processing Plants
Describes as used for ducting and support of ventilation systems in environments where chemicals and corrosive substances will be present, to protect against corrosion and chemical degradation.
- Commercial Building HVAC Systems
Applied in large commercial HVAC systems, it helps with maintaining energy efficiency and providing airflow, while at the same time, reducing system weight.
- Tunnel or Underground Ventilation
In mining operations, subways, and tunnels, where ventilation is critical to air quality, these ventilation bars are used. Because of their corrosion resistance, they are ideal for tough and tight spaces.
- Agricultural Facilities and greenhouses.
In greenhouse-type settings they are used to help ventilation systems control the temperature and humidity level, to maintain a stable environment for plant growth.
- Power Plants and Substations
Used in power plants and substations for ventilating and cooling in high voltage environments with electrical conductivity and corrosion resistance is a concern, FRP Ventilation Bar.
- Marine Applications
On ships and offshore platforms, these vent rods (used to support ventilation systems in hard marine environments) give strength and corrosion resistance to salt water.
ISO Certification
Workshop
