PA66+GF/Nylon fiberglass thread rod

PA66+GF/Nylon fiberglass thread rod offers high mechanical strength and heat resistance.

M Size: M6-M16
peek plastic material: pp/PA66+GF/PTFE/PEEK
COLOR:Naturalcolor/pink/blue/orange.Othercolorscanbe Customizable

PA66+GF/Nylon fiberglass thread rod Overview

PA66+GF/Nylon fiberglass thread rod

PA66+GF threaded rods—often described as threaded rod, thread rod, threaded rods, rod thread, all thread rod, or plastic threaded rod—are high-strength fasteners manufactured from glass-fiber reinforced Nylon 66. By integrating a high percentage of glass fiber (typically 25–50%), PA66+GF significantly improves stiffness, tensile strength, and thermal performance compared with standard nylon threaded components.

Polyamide+fiberglass Thread Rod 3

PTFE/polytetrafluoroethylene thread rod

PTFE threaded rod—sometimes categorized under plastic threaded rod or specialty threaded rods—is a fully threaded fastener made from PTFE (polytetrafluoroethylene). PTFE is known for its exceptional chemical resistance, non-stick surface, excellent dielectric properties, and high temperature resistance.

Pa66+ Fiberglass Thread Rod 6

PA66+GF/Nylon fiberglass thread rod Design

The design is a simple, straight all thread rod featuring external threads along its entire length.

  • Thread Profile: Usually follows standard metric threaded rod (ISO) or unified national coarse (UNC) thread forms to ensure compatibility with standard nuts and washers.

  • Reinforcement: The glass fiber content (typically 10% to 30%, often denoted as PA66-GF30) is dispersed within the Nylon matrix. This reinforcement is crucial for achieving strength comparable to some low-carbon ss all thread rod options.

  • Alternatives: These are used in applications where a metal threaded rod anchor or an internally threaded rod solution is overkill or unsuitable.

Product Parameters

PA66 + GF all thread rod is manufactured by extrusion or injection molding, creating a continuous rod with external rod thread. The addition of glass fiber significantly enhances the mechanical properties of the base Nylon 66 polymer.

Metric SizeImperial EquivalentOuter Diameter (mm)Thread Pitch (mm)
M41/8″ (Approx.)4.00.7
M6 thread rod1/4 all thread rod (Approx.)6.01.0
M85/16″ (Approx.)8.01.25
M103/8 threaded rod / threaded rod 3/810.01.5
M121/2 all thread rod (Approx.)12.01.75
M165/8″ (Approx.)16.02.0
M203/4 all thread rod (Approx.)20.02.5

Key Features

The inclusion of glass fibers fundamentally upgrades the base PA66 material:

FeatureDescription
Mechanical StrengthSignificantly higher tensile strength and stiffness than pure Nylon.
DensityExtremely lightweight, typically about 1/5 the weight of stainless threaded rod.
Chemical ResistanceExcellent resistance to organic solvents, oils, and fuels.
Electrical PropertiesExcellent electrical insulator; essential for non-conductive applications.
Corrosion ResistanceCompletely immune to rust and galvanic corrosion.
Temperature RangeGood thermal stability, with a relatively high continuous operating temperature (up 100°C to 120°C ).

Advantages VS Disadvantages

✅ Advantages (Pros)

    • Corrosion-Proof: Unlike carbon steel or even stainless steel all thread rod, they will never rust.

    • Dielectric: Provides electrical and thermal insulation.

    • Lightweight: Eases installation and reduces overall assembly weight.

    • Non-Magnetic: Ideal for MRI equipment or sensitive electronic components.

Disadvantages (Cons)

  • Lower Tensile Strength: Despite the glass fiber, their ultimate load-bearing capacity is still lower than high-grade all thread rods made of metal.

  • Creep: Under continuous high static load, the material can slowly deform over time (creep), especially at elevated temperatures.

  • Moisture Absorption: Nylon can absorb moisture, which can slightly affect its dimensional stability and mechanical properties.

  • UV Degradation: Standard PA66 can degrade if exposed to prolonged, direct UV light, though UV-stabilized versions are available.

Applications

PA66 + GF threaded rods are ideal for environments where metal rods pose a risk or have insufficient performance.

  • Corrosive Environments: Chemical processing plants, maritime applications, and water treatment facilities where metal corrodes rapidly.

  • Electrical Insulation: Used as tie-rods or supports in electronic cabinets, antennas, and high-voltage equipment where electrical isolation is mandatory.

  • Lightweighting: Aerospace interiors, drones, and other applications requiring maximum weight reduction.

  • Clean Rooms/Medical: Applications requiring non-contaminating, non-magnetic, and chemically inert fasteners.

Packaging & Delivery

Standard packaging includes PE bag, foam cover, and one double-deck corrugated outer carton for safety during transit. Delivery time is 5-15 working days depending on the quantity.