G10 Epoxy fiberglass filament wound tubes

As a leading company in the filament fiberglass wound tube industry, WELLELE provides customers with high-quality and cost-effective fiberglass-wound epoxy pipe products through years of technical accumulation and process innovation. Customized Fiberglass filament Winding Epoxy Tubes Communicate first; understand the application and environment of your products; confirm the required basic performance index; recommend the suitable solution. The types of our filament wound epoxy tubes are as follows: dry type transformer insulation rings, G10 tubes, high temperature fiberglass wound tubes,thin wall G10 bushing and so on

Choose the Wellele epoxy fiberglass Tube part for Customer

If you need to order dry-type transformer insulation ring, epoxy glass filament winding tube, high temperature resistant epoxy glass filament winding tube, pultrusion radome, vacuum dip epoxy tube, vacuum injection pultrusion profile wedge bar, epoxy square tube, hexagonal bar, square bar, Flat noodles, composite insulator core bar. in China, Our goal is to exceed your expectations and provide you with the perfect that meet your specific needs. Get the products you want now!

epoxy fiberglass rocket tube

Filament Wound Fiber glass rocket tube

Fiberglass Rocket tube Lightweight, strong and durable. Used in the manufacture of rocket launchers to provide good structural support and protection, with good compressive properties and weather resistance.

cermaic epoxy fiberglass tube High temp High voltage fuse tube

Epoxy Fiberglass Composite Ceramic

Epoxy fiberglass composite ceramic tube Resistant to high temperatures up to 1000C degrees Celsius, strong support for high voltage current limiting fuses and other high temperature and high pressure environments.

PV Insert Epoxy Fiberglass

Epoxy fiberglass G10 FR4 tube

Adopting high-performance epoxy resin and glass fiber filament winding, with excellent electrical insulation and mechanical properties.G10 epoxy filament winding tube is widely used in aerospace, electric power, communications and other industries.

epoxy fiberglass core bushing

High stronge epoxy fiberglass core tube

High stronge epoxy fiberglass core tube Mechanical winding thermosetting molding, small tolerance, high temperature and high pressure is not easy to deform, high precision surface flatness, for Copper Foil Winding, Petrochemical Industry

filament wound tube transformer part 35kv

Epoxy fiberglass composite metal jb welding processing

Wellele can customize epoxy composite parts filament wound tubes manufacturer for deep sea operations, power transformers for specific high pressure, corrosion and containment applications, and our senior engineers will discuss your specific needs with you.

current-limiting bodies Medium Voltage Fuses

Filament wound tube epoxy fiberglass

Filament wound tube epoxy fiberglass custom mico thin wall sleeve ,ID4mm to ID500mm for Power fuse swich 。Wellell

Leading Manufacturer of epoxy fiberglass tube filament wind tube

Wellele produces the types of resins used in fiberglass Filament wound products:
Epoxy Resins – Most commonly used in our products due to their high strength and excellent electrical insulating properties;Vinyl Ester Resins – Corrosion resistant resins used in corrosive environments such as acids. Used according to communication with you.
Polyester Resin – Basic resin that performs basic functions in common environments and applications , used for general civilian products.

Fiber Types:
Electronic Grade Glass Fiber – High strength and excellent electrical insulation properties, the type we commonly use;Polyester Fiber – electrical insulation and low cost;Carbon fiber – for high strength and lightweight applications;Kevlar – for applications requiring abrasion and impact resistance.
WELLELE fiber-filament wound tube part products have the following characteristics:
High mechanical strength, light weight, excellent electrical insulation, corrosion resistance, and abrasion resistance.

Customized Epoxy Fiber Glass Parts & Atypical To Expand your Brand.

epoxy parts

Flanged Fiberglass Tubes custom

We customize any Flanged Fiberglass Tubes,Molded Propellant Tubes .

Epoxy Fiberglass Rods

Custom Epoxy fibeglass Rod

Custom Epoxy fiberglass Rod .OD4mm to OD80mm ,Application to Power Insulator

Fiberglass_Antenna_Radiomen Fiberglass_Antenna_Radiomen

Fiberglass Antenna Radiomen Military Radome

Wellele custom Fiberglass Antenna Radiomen,Fiberglass Military Radome For any size

Fiberglass Oil Circuit Breaker Tubes

Fiberglass Oil Circuit Breaker Interrupter Tube Transformer Bushing

We customize Fiberglass Oil Circuit Breaker Interrupter Tube, Fiberglass Oil Circuit Breaker Tube , fiberglass Transformer Bushing .Help finish to add your need parts .

thin wall SURGE ARRESTOR frp tube

Custom shapes include round, square, rectangular, tapered, triangular, curved

We have experts in materials and mechanical properties. We can combine the materials and properties of glass fibers and resins in shapes and forms that match your design. Custom shapes include round, square, rectangular, tapered, triangular, curved, and other shaped bodies.

The Filament Wound Fiberglass Tube Guide

Epoxy filament wound fiberglass tube , which is a high-performance composite material pipe. It is widely used in chemical, military, medical, electrical and other fields, and is highly favored due to its excellent strength, corrosion resistance, and lightweight characteristics.custom filament wound tubes best sure from Wellele.

1. Fiber Preparation : Select high-quality glass fibers and pre impregnate them with epoxy resin
2. Fiber winding : Wrap the impregnated fibers onto a mold or core shaft according to specific angles and patterns. Epoxy paint for fiberglass tubs This process requires precise control and programming to ensure uniform fiber distribution.
3. Curing : After winding, place the pipe into a high-temperature oven for curing. This step hardens the epoxy resin and tightly combines with glass fibers to form a sturdy composite tube.
4. Demolding and post-treatment : The cured pipe is demolded from the mold and subjected to necessary post-treatment, such as polishing, cutting, and surface treatment, to meet the final usage requirements.
Compared to traditional material tubes,G10 epoxy filament wound fiberglass tubing have many advantages:
-High strength: The combination of fiberglass and epoxy resin gives the pipe extremely high strength, which can withstand high pressure and external impacts.
-Corrosion resistance: Epoxy resin has excellent chemical corrosion resistance, making tubes have a long service life in chemical environments.
– Lightweight: Compared to metal pipes, fiberglass pipes are lighter, easier to transport and install, while reducing structural load.
– Electrical Insulation : Glass fiber and epoxy resin are excellent electrical insulation materials, making them outstanding in electrical applications.
– Design flexibility : The flexibility of the production process allows for customization of the size, thickness, and strength of pipes according to different application requirements.
Chemical industry
In the chemical industry, epoxy filament wound glass fiber pipes are widely used for transporting corrosive liquids and gases. Its corrosion resistance and high strength enable it to be used for a long time in harsh environments, without being easily affected by corrosion and wear. In addition, the lightweight characteristics of this type of pipe make installation and maintenance more convenient, reducing downtime and costs.
Military
In military applications, epoxy filament wound fiberglass tubes are used to manufacture lightweight structural components and weapon system components. Its high strength and impact resistance enable it to withstand extreme conditions and high loads, while its lightweight characteristics help improve maneuverability and portability. For example, fiberglass rocket tubes are widely used in rocket and missile launch systems due to their high temperature resistance, corrosion resistance, and high strength characteristics.
Medical
In the medical field, epoxy filament wound fiberglass tubes are used to manufacture high-performance medical equipment and instruments, such as catheters, probes, and components of medical imaging equipment. Its characteristics of being non-toxic, harmless, resistant to chemical corrosion, and easy to disinfect make it very suitable for medical environments. In addition, its excellent mechanical performance ensures the reliability and service life of the equipment.
Electrical
In the electrical industry, epoxy wire wound fiberglass pipes are used to manufacture insulation pipes, sleeves, and cable protection pipes. Its excellent electrical insulation performance and high temperature resistance ensure the safety and reliability of electrical equipment. Especially in high-voltage electrical systems, this type of pipe can effectively prevent the occurrence of arcs and short circuits, ensuring the safety of equipment and personnel.
When purchasing epoxy filament wound fiberglass Tube, attention should be paid to the following key points:
1. Material Quality : Ensure that the quality of fiberglass and epoxy resin meets the standards, and high-quality materials are the foundation for ensuring the performance of tube.

2. Production Process : Understand the production process and quality control measures of suppliers, choose manufacturers with advanced production equipment and strict quality management systems.
3. Size and thickness: Choose the appropriate size and thickness according to specific application requirements, especially paying attention to the design requirements of thin-walled and thick walled pipes. Thin walled pipes are more suitable for weight sensitive applications, while thick walled pipes are suitable for high-pressure and high-strength requirements.
4. Performance Test : The supplier is required to provide a performance test report for the pipes, including strength testing, corrosion resistance testing, and electrical insulation testing, to ensure that the pipes meet the usage requirements.
5. Customized Services: Select suppliers who can provide customized services, adjust the size, shape, and performance parameters of pipes according to specific needs, and meet the specific application requirements.
6. After sales service: Pay attention to the supplier’s after-sales service capabilities, including technical support, installation guidance, and maintenance, to ensure smooth use after procurement.
Thin wall epoxy filament wound fiberglass tube have the characteristics of light weight and good flexibility, but special attention should be paid to the following points during use:
– Installation process : Thin wall tubes are prone to deformation under stress, and excessive bending and external impact should be avoided during installation to ensure their integrity.
– Pressure limit : The pressure resistance of thin-walled pipes is limited, and it is necessary to ensure that the pressure in their operating environment is within the design range to avoid pipe burst or damage.
– Connection method : Choose an appropriate connection method, such as flange connection or threaded connection, to ensure the sealing and stability of the pipe joint.
Thick walled G10 filament wound tube
Thick walled epoxy filament wound fiberglass tubes have higher strength and pressure resistance, but there are also some usage precautions:
– Supporting structure : Due to the heavy weight of thick walled pipes, the design of the supporting structure needs to be considered during installation to ensure its firmness.
– Processing Difficulty : The processing difficulty of thick walled pipes is relatively high, and professional tools need to be used for cutting and drilling to avoid damage to the tube.
– Thermal expansion coefficient : Consider the thermal expansion coefficient of the pipe, especially when used in high-temperature environments, it is necessary to reserve expansion space to prevent stress concentration and pipe deformation caused by thermal expansion and contraction.

Filament wound tubes manufacturer Wellele after 20 years of experience, in the continuous upgrading of products with various fuse manufacturers, we can complete the production of ID4mm to ID500mm filament wound epoxy fibeglass tube, ultra-thin walled and thick epoxy fibeglass core tube for rolling melt cooper . Wellele can help you to synchronize with the gradient, taper, holes, grooves, threads, and printing of OEM processing.

There are some differences in production process, material characteristics, and applications between fiberglass tubes and epoxy filament wound tubes in the extrusion process. Here is a complete explanation of their differences:
1. Production process:
-Fiberglass tubes using extrusion technology: Fiberglass pre impregnated with resin yarn is used to manufacture the tubes through extrusion molding. This process requires special extrusion equipment and molds.
-Epoxy wire wound tube: a pipe manufactured by winding fiberglass wire onto a mold, followed by epoxy resin curing and subsequent processing. This process uses mechanical wire winding equipment for production.
2. Material characteristics:
-Pultruded fiberglass tube: Alkali free fiberglass and thermosetting resins such as acrylic resin and epoxy resin are commonly used. This type of pipe has good electrical insulation, chemical stability, and mechanical strength, making it suitable for applications that are resistant to acid, alkali, and corrosion.
-Epoxy wire winding pipe: usually made of epoxy resin and fiberglass wire. This type of pipe has excellent electrical insulation, high temperature resistance, corrosion resistance, and mechanical strength, making it suitable for applications in various fields.
3. In terms of application:
-Pultruded fiberglass tube: commonly used in fields such as cable outer sheath, communication pipeline, infusion pipe, etc. Its advantages lie in high tensile strength and weather resistance.
-Epoxy wire wound pipes: widely used in chemical, electrical, medical, military and other fields, can be used for corrosion-resistant pipelines, electrical insulation, reinforced component manufacturing, etc.
In summary, there are differences in production process, material characteristics, and applications between fiberglass tubes and epoxy filament wound tubes in the extrusion process. When selecting pipes that are suitable for specific needs, it is necessary to consider their material properties, process requirements, and compatibility with the application field.

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