Products
Round Fiberglass Tube
High-quality, lightweight Fiberglass tubes have excellent properties when compared to other materials tubes have good electrical insulation, good chemical resistance and do not corrode. Glassfibre tubes have unlimited uses for different applications. Examples of such applications are different tool handles, antenna tubes, various types of structures, lantern poles, flagpoles, fence posts, and tent poles.
Fiberglass Tubes Advantages
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Cost-effective
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Smooth Surface
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Lightweight, High Strength & Anti-Aging
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High Corrosion & Weather Resistance
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Fire & Rust Resistance;
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Electrical & Thermal insulation
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Resistant to Impact & Good Fatigue Resistance
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Easy to Machine, Assembly & Low Cost of Installation
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Maintenance Free, Eco Friendly and Durable
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Available in any color as per requirement
Customize Fiberglass Tubes
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Product |
Fiberglass Tube |
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Material |
Fiberglass |
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Surface |
Natural |
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Pattern |
UD |
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MIN OD |
10mm |
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MAX OD |
500mm |
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MAX Length |
Up to 6000mm |
We also supply additional services for fiberglass tube customization
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CNC machining: cutting, drilling, milling slots, etc.
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Coating: Matte or glossy clear or colored coated
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Assembly and bonding: we use the strongest adhesive to bond fiberglass tubes with aluminum or plastic parts, and assembly them as customers' requirements
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Inspection: We also do physical or chemical tests according to project needs
Applications
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Safety & Protection
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Structure Support
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Garden Tools / Tool Handle
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Telescopic System
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Electric Utility
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Antenna Mast
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Light poles, Flagpoles, Fence Posts
How To Make Round Fiberglass Tube: Steps to Make Fiberglass Tube
The first step in making a fiberglass tube is to gather all of the necessary materials. This will include fiberglass fabric, fiberglass resin, a release agent (such as wax or PVA), a mixing cup and stick, and a means of rotating the tube as it cures (such as a lathe or a lazy Susan). It is also a good idea to have some gloves, a respirator, and protective eyewear on hand to protect yourself from the chemicals used in the process.
Once you have all of your materials ready, the next step is to prepare the mold. If you are using a pre-made mold, you will need to coat it with the release agent to prevent the fiberglass from sticking. If you are making your own mold, you will need to build a form around a cylindrical object (such as a PVC pipe or a cardboard tube) that is the desired size and shape of your finished tube. You will then coat the form with the release agent and allow it to dry.
Next, it is time to mix the fiberglass resin. Follow the instructions on the resin package to mix the appropriate amount of resin and hardener. Be sure to mix the resin thoroughly, as any unmixed resin will not cure properly and will weaken the finished tube.
Once the resin is mixed, it is time to lay the fiberglass fabric. Begin by cutting the fabric into strips that are slightly wider than the desired finished width of the tube. Dip the fabric strips into the resin mixture, making sure to coat both sides evenly. Then, starting at one end of the mold, begin laying the fabric strips onto the mold, overlapping the edges slightly. Use a brush or roller to smooth out the fabric and remove any air bubbles.
Continue laying the fabric strips until the entire mold is covered. If you are using a pre-made mold, you will probably only need to lay one layer of fabric. If you are using a homemade mold, you may need to lay multiple layers to ensure a strong and durable tube. Allow the first layer to cure completely before adding additional layers.
Once you have completed laying the fabric, it is time to remove the tube from the mold. If you are using a pre-made mold, simply release the clamps or screws holding the mold together and gently remove the tube. If you are using a homemade mold, you will need to carefully cut the tube free from the form, being careful not to damage the fiberglass.
Once the tube is removed from the mold, it will need to be trimmed and sanded to achieve a smooth finish. Use a sharp knife or a pair of scissors to trim away any excess fabric, and then sand the edges and any rough spots with a fine-grit sandpaper.
Finally, you can finish the tube with a coat of paint or a clear coat to protect it from the elements. Allow the paint or clear coat to dry completely before using the tube.
What are Round Fiberglass Tubes Used for?
Construction Industry
They are often used as reinforcing material in concrete structures, such as buildings and bridges. Fiberglass tubes are lightweight and can be easily cut to size, making them an ideal material for construction projects. Additionally, they are resistant to corrosion, which makes them a great option for structures that are exposed to harsh environments, such as bridges and marine structures.
Electrical Industry
They are often used as insulators for electrical cables and other components. Fiberglass tubes have excellent insulating properties, which makes them a great option for use in high-voltage applications. Additionally, they are resistant to fire and other hazards, which is important for maintaining the safety of electrical components.
Various Consumer Goods
Including umbrellas, tent poles, and even flag poles. These tubes are lightweight, durable, and can be designed to have specific properties to meet the needs of these applications.
Automotive Industry
They are used in the production of various components, including drive shafts and exhaust systems. The tubes can be designed to have specific properties, such as high heat resistance, making them ideal for use in these applications.
Benefits of Round Fiberglass Tube
Structural Strength
One of the most significant benefits of round fiberglass tube is its structural strength.
This type of tubing is significantly lighter when compared with aluminum and steel. Specifically, it's around 80% lighter than steel. As a result, handling and transporting this type of tubing is easier.
This is a particularly major benefit on a large construction project. After all, a material's weight can drastically impact a project's feasibility and overall cost.
Fiberglass structural tubing also maintains a high strength–weight ratio. This means this tubing can effectively support a high load. At the same time, it can keep your construction project lightweight.
Durability
Another reason to choose fiberglass tubes is that it is highly durable.
This tubing can withstand even extreme conditions and temperatures. This is because the melting point for this material is high.
For instance, this tubing can be used in the wastewater treatment industry and at a chemical processing plant. A food processing facility may also find this helpful tubing.
The tubing is excellent at resisting ultraviolet radiation as well. That makes it an ideal material to use in sunny and hot climates.
Round fiberglass tube also resists bending and impact. For this reason, it's great to use in an application that might experience movement or vibration.
Eco-Friendliness
Yet another reason to embrace round fiberglass tubes is the fact that it is environmentally friendly. That's because it's fabricated from recycled glass and sand - natural materials.
That means you can recycle fiberglass structural products once they reach the ends of their lifespans.
This quality makes fiberglass structural tubing more sustainable than aluminum and steel. Significant amounts of resources and energy are needed to process and manufacture aluminum and steel.
Resistance to Corrosion
You'll also love the fact that round fiberglass tube resists corrosion. Because it is rust-resistant, it is a good fit for virtually an environment where wear and rust tend to take a toll on a steel product.
For instance, fiberglass structural tubing is ideal to use in coastal and marine environments. After all, building materials in these environments are exposed to corrosive elements, like salt water.
Aluminum and steel are susceptible to corrosion. This can dramatically decrease their life. This translates to the need for more repairs and regular maintenance.
Insulation Properties
Round fiberglass tube also features stellar thermal and electrical insulation properties. That's because this material is not conductive. In other words, it doesn't conduct electricity.
This makes fiberglass tubing safe to use in an electrical system.
The thermal conductivity of a fiberglass tube is also low. As a result, the tube doesn't easily transfer heat. For this reason, fiberglass structural tubing is a top choice to use in a temperature control system or insulation.
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