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Glass fiber tube

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Product Attributes:
Type: Profiled
Type: Phenolic FRP
Type: Flat
Type: Pipe
Type: Polyester FRP
Type: Assembled
Customized: Customized
Color: Single Color
Forming Way: Pultrusion
Shape: Square
Surface Treatment: Smooth
Usage: Industral
Product Categories: FRP Pipe
Resin Transfer Molding
Material: FRP
Fiber Type: GFRP
Application: Automotive Wiring
Certification: CCC
Water Absorption: <0.01%
Contraction Percentage: <0.4%
Tensile Strength: 81~130MPa
Maximum Voltage: 10KV~19KV
Thermal Rating: H 180
Thickness: 10 mm
Feature: Durable
Fiber Characteristics: E-Glass
Diameter of Filaments: Advanced Fibers
Fiber Appearance: Continous Fiber
Glass Composition: E-Glass
Speed: High Speed
Pressure: Pressure Type
Lip: Single Lip
Standard: Standard
Kind: Thermoplastics Pipes
Polyacrylonitrile-Based Carbon Fiber
Performance: High-Strength Type
State: Filament
Mechanical Property: High-Performance Type
Color: Black
Color: Blue
Color: Gray
Color: Green
Color: Red
Color: White
Color: Multi-Color
Color: Yellow
Color: Color
Shape: Round
Shape: Flat
Carbon Fiber Tube
Surface Treatment: Finished
Surface Treatment: Offset Printing
Usage: Optical Cable
Usage: Lighting Decoration
Usage: Earphone Line
Usage: Electric Wire
Usage: DVI Line
Usage: HDMI Cable
Usage: Environmental Protection
Usage: Household
Usage: Engine
Usage: Transmission
Usage: Cosmetics
Usage: Toothpaste
Usage: Food
Usage: Medicine
Usage: Chemical
Product Categories: Tower
Material: PVC
Material: PTFE
Material: Fiberglass
Material: PU
Material: Plastic
Application: Electrical Insulation
Application: Pipe Insulation
Application: Cable Protection
Application: Chemical Transport
Application: Drainage System
Application: HVAC System
Application: Irrigation System
Application: Water Supply
Electrical Power System
Application: Industrial Equipment
Application: Electrical Maintenance
High Voltage Testing
Home Appliance Repair
Application: Power Construction
Application: Electronic Device
Certification: RoHS
Certification: ISO
Certification: CE
Certification: ASTM
Certification: FSC
Tensile Strength: 30~40MPa
Maximum Voltage: 20KV~100KV
Maximum Voltage: >100KV
Thermal Rating: 250 250
Thermal Rating: E 120
Thermal Rating: 200 200
Feature: Flame Retardant
Feature: Heat Insulation
Feature: Moisture-Proof
Feature: Noise Reduction
Feature: recyclable

Sourcing guidance for Glass Fiber Tube

What are the key technical specifications to consider when selecting Glass Fiber Tubes?

Buyers must prioritize the Resin Type (Epoxy for high strength, Polyester for general use, or Vinylester for superior chemical resistance). Additionally, verify the Fiber Content (typically 60-70% for structural integrity) and the Manufacturing Process (Pultrusion for longitudinal strength vs. Filament Winding for high pressure/hoop strength). Ensure the Wall Thickness Tolerance is within ±0.05mm to ±0.1mm for precision applications.

Which international compliance standards are essential for Glass Fiber Tubes?

For construction and industrial use, ensure products meet ASTM D2996 (filament-wound pipe) or ASTM D3917 (pultruded shapes). If used in electrical insulation, IEC 60606 or UL 94-V0 flame retardancy ratings are critical. For water treatment or food-grade applications, NSF/ANSI 61 certification is mandatory to ensure no toxic leaching occurs.

How do usage scenarios dictate the choice of Glass Fiber Tube coatings?

For Outdoor/UV-exposed environments, a UV-resistant synthetic veil or polyurethane coating is necessary to prevent 'fiber blooming' and degradation. In Corrosive Chemical environments, a specialized C-glass surface veil should be used to create a resin-rich barrier. For Aesthetic or Consumer goods, specify a smooth gel-coat finish to ensure color stability and tactile comfort.

What are the performance benchmarks for high-quality Glass Fiber Tubes?

A high-performance tube should demonstrate a Tensile Strength of ≥300 MPa and a Flexural Modulus of ≥20 GPa. For electrical applications, the Dielectric Strength should exceed 10-15 kV/mm. Always request a Third-Party Lab Test Report (SGS or TUV) to verify these mechanical and thermal properties before finalizing a bulk contract.

Cross-Border Procurement & Risk Management for Glass Fiber Tubes

What are the common risks when sourcing Glass Fiber Tubes internationally?

The primary risk is Material Substitution, where suppliers use low-grade calcium carbonate fillers to reduce costs, leading to brittle tubes. Another risk is Brittle Fractures during transit due to improper bundling. To mitigate this, use Made-in-China.com's Secured Trading services and insist on Pre-shipment Inspections (PSI) to verify the weight and flexibility of the tubes.

How should I negotiate pricing and MOQs with Chinese manufacturers?

Glass fiber production is energy-intensive; therefore, negotiate based on raw material indices (glass roving and resin prices). For custom profiles, expect a Tooling/Mold Fee, but negotiate for this to be refunded once a specific volume (e.g., 5,000 meters) is reached. Standard sizes usually have lower MOQs (e.g., 100-500 meters), while custom colors or resins may require higher minimums.

What logistics and packaging precautions are necessary for long-distance shipping?

Glass fiber tubes are prone to surface scratching and end-cracking. Require the supplier to use PE film wrapping for individual tubes and reinforced plywood crates rather than simple pallets. For tubes exceeding 5.8 meters, ensure they are compatible with 40ft HQ containers to avoid expensive 'Overlength' surcharges in international shipping.

How can I ensure transaction security and quality alignment?

Always utilize Trade Terms like FOB or CIF to clearly define the transfer of risk. Use Escrow-based payment systems provided by reputable platforms like Made-in-China.com to ensure funds are only released upon confirmation of quality. Define a Quality Acceptance Agreement (QAA) that specifies the allowable percentage of surface defects (usually <1%) and the procedure for handling non-conforming goods.

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