Fiberglass Solid Rod Flexible Sticks Nederland

Certainly! Here's a more detailed description of the properties of fiberglass rods:

(1)High strength-to-weight ratio

Fiberglass rods are valued for their lightweight yet strong properties, with a relative density of approximately 1.9. They weigh only 1/4 to 1/5 of carbon steel but have comparable or superior tensile strength, making them ideal for weight-sensitive applications like aviation, rocketry, spacecraft, and high-pressure vessels. Certain epoxy FRP variants can achieve strengths exceeding 400 MPa in various tests.

(2)Corrosion resistance

FRP is highly corrosion-resistant, withstanding exposure to atmospheric conditions, water, acids, alkalis, salts, oils, and solvents. Fiberglass bar is widely used for chemical anti-corrosion applications, replacing traditional materials like carbon steel, stainless steel, wood, and non-ferrous metals.

(3)Flexibility

Fiberglass rods can be engineered to be flexible, making them suitable for applications where some level of bending or flexing is required without breaking.

(4)Electrical insulation

Fiberglass rods have excellent insulation properties, and strong dielectric characteristics at high frequencies, and are widely used in microwave transmission, such as in radomes, ensuring reliable electrical insulation and efficient signal transmission in various applications.

(5)Thermal insulation

FRP has a low thermal conductivity at only 1.25 ~ 1.67 kJ/(m·h·K) at room temperature, making it an excellent choice for thermal insulation applications. It is effective in providing thermal protection and resistance to ablation in cases of ultra-high temperatures, safeguarding spacecraft from high-speed airflow exceeding 2000°C.

(6)Superior Manufacturing Techniques

The FRP manufacturing process offers flexibility in product design, technical specifications, and quantities. It allows for one-time molding, which is cost-effective and advantageous for producing complex-shaped products or small batches, showcasing FRP's technological superiority.

(7)Dimensional stability

Fiberglass rods maintain their shape and dimensions under various environmental conditions, ensuring consistency and reliability in performance.

(8)Radiofrequency transparency

Fiberglass rods can be transparent to radio frequency waves, making them suitable for use in applications where signal transmission or reception is important, such as in electronics or communication devices.

APPLICATION

Fiberglass rods offer exceptional performance advantages, leading to extensive applications in over ten industries such as aerospace, railway, decorative architecture, home furniture, advertising displays, craft gifts, building materials, sanitary ware, yacht berthing, sports materials, and environmental sanitation engineering. The versatility and performance of fiberglass rods have earned high praise and made them highly sought-after in the modern materials industry.

Electrical and telecommunications:Fiberglass rods are used as structural components in insulators, antenna supports, and wire guides due to their non-conductivity and high strength.

Construction and infrastructure:Fiberglass rods are utilized in construction for reinforcing concrete, creating lightweight structural elements, and as components in bridges and buildings.

Aerospace and marine industries:Fiberglass rods are used in the construction of aircraft, boats, and marine structures due to their high strength-to-weight ratio and corrosion resistance.

Sporting goods:Fiberglass rods are used in the construction of various sporting equipment such as fishing rods, archery arrows, and tent poles due to their lightweight and flexible properties.

Industrial applications:Fiberglass rods are used in various industrial applications such as tool handles, chemical processing equipment, and machinery components due to their corrosion resistance and high strength.

Agriculture:Fiberglass rods have various agricultural applications due to their strength, durability, and resistance to corrosion and harsh environmental conditions. They are commonly used in the following roles within the agricultural sector: Plant and Crop Support, Livestock Fencing, Irrigation Systems, Pest Management, Greenhouse Construction, and Tree and Vine Training.

These are just a few examples of the diverse application fields of fiberglass round rods. Their versatility and properties make them suitable for a wide range of industries and applications.

TECHNICAL INDEX OF GFRP RODS

PACKING AND STORAGE

Fiberglass rod packaging can vary based on the specific requirements and dimensions of the rod.

Typically, fiberglass rods are packaged into bundles or coils and then protected with suitable materials such as plastic wrap, shrink wrap, or cardboard.

Additionally, if the quantity is large, the poles can be mounted on pallets and secured with strapping to ensure safe transportation.

When shipping internationally, the bars are packaged in compliance with relevant regulations and standards to ensure their safe and reliable delivery. We can also install iron frames for reinforcement. If you have specific packaging needs or concerns, please feel free to provide more details for a custom solution.

THE PRODUCTION STEPS FOR FIBERGLASS RODS

Step 1 involves determining the necessary amount of fiberglass direct roving based on the rod size and resin-to-fiber ratio.

Step 2 Direct roving is immersed in resin to establish a strong bond.

Step 3 Consists of extruding and eliminating any surplus resin to achieve the optimal resin content.

Step 4 the prepared fiberglass roving is placed into pre-forming molds in readiness for the subsequent molding process.

Step 5 The pre-formed roving is heat-cured in molding molds to solidify the resin and produce a durable fiberglass rod.

PRODUCT TYPE

At our factory, we're good at making custom fiberglass rods, fiberglass tubes, fiberglass rebar, fiberglass grating, and other fiberglass profiles to match exactly what you need.Our team of engineers and designers are experts in creating fiberglass products in all kinds of sizes and shapes.