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High-Strength Plastic Eyebolt

This high-strength plastic eyebolt is designed for wiring, cable guidance, and light-duty fastening applications. The eye can serve as a routing ring, allowing cable bundles or wires to pass through and be guided securely. The threaded end can be fastened to a base to form a reliable anchoring and support point.
This series can be used together with cable ties or cable management solutions to keep wiring neatly arranged and to reduce cable displacement and wear in vibrating equipment or long-term operating environments.
 

High-Strength Plastic Eyebolt｜Engineering Plastic Fastener for Cable Routing, Wire Guiding and Insulation Fastening

This High-Strength Plastic Eyebolt is designed for cable routing, wire guiding and light-duty fixing applications. The eye ring can function as a routing ring, allowing wire harnesses or cables to pass through and obtain stable guidance; the threaded end can be fastened to a base structure to form a reliable support point.
The product is made from glass fiber reinforced nylon engineering plastic, providing excellent rigidity, mechanical strength, electrical insulation and corrosion resistance. Compared with metal components, plastic eyebolts help reduce weight while lowering the risk of electrical conductivity, rust or cable jacket damage caused by metal edges.
This series can be used together with cable ties or wire harness management solutions to keep wiring more organized and reduce wire harness displacement and abrasion in vibration or long-term operating environments.

Anchor & Guide Design Wire Harness Management / Cable Fixing Electrical Insulation / Corrosion Resistance Engineering Plastic Screw Manufacturer / Supplier

Advantages and Typical Applications of High-Strength Plastic Eyebolts

The Anchor & Guide design combines wire harness management, positioning support, insulation separation and corrosion resistance, making it suitable for electrical equipment, communication wiring, industrial equipment and lightweight applications requiring metal replacement.

  • *Anchor & Guide Design
  • Combines wire guiding, positioning and fastening functions.
  • *Engineering Plastic Material
  • Provides electrical insulation, corrosion resistance and lightweight advantages.
  • *Glass Fiber Reinforced Structure
  • Improves rigidity and mechanical strength for industrial equipment applications.
  • *Reduced Cable Abrasion
  • The smooth eye-ring design helps reduce friction between the wire harness and the fixing point.

Compared with metal components, plastic eyebolts help reduce weight while lowering the risk of electrical conductivity, rust or cable jacket damage caused by metal edges. They are especially suitable for electrical equipment, communication equipment, industrial control devices and lightweight applications requiring metal replacement.

Common Material Selection Scenarios: Wire Harness Management, Insulation Fastening and Metal Replacement

Applications

•    Wire harness fixing and guiding for electrical equipment
•    Communication and network cable management
•    Internal wiring and light-duty fixing for industrial equipment
•    Fastening positions requiring electrical insulation, corrosion resistance or metal replacement
•    Wire harness positioning and support in equipment vibration environments

※ Actual material selection should be evaluated according to product structure, thread specification, fastening base material, load conditions, operating temperature and electrical insulation requirements.

Material Selection Guide for Plastic Eyebolts｜PA+GF and RENY Application Overview

Material selection: Choose suitable engineering plastic materials according to different equipment environments, wire harness fixing requirements, strength requirements and insulation needs.

PA+GF ｜Glass fiber reinforced nylon with high rigidity and cost advantages

PA+GF provides good rigidity, mechanical strength, electrical insulation and corrosion resistance, making it suitable for general cable routing, wire bundling, light-duty fixing and insulated industrial applications.

When used in plastic eyebolts, PA+GF provides stable fixing support and wire guiding functions, suitable for electrical equipment, communication cable management and internal wiring of industrial equipment.

RENY ｜High-strength, low-water-absorption and dimensionally stable high-performance nylon

RENY provides high strength, low water absorption and excellent dimensional stability, making it suitable for precision assembly, higher strength requirements, humid and hot environments or applications requiring dielectric stability.

When used in plastic eyebolts, RENY can provide stable fixing, wire support and long-term dimensional reliability in more demanding industrial environments, making it suitable as a metal replacement solution.

Need more information about High-Strength Plastic Eyebolt dimensions, materials or custom specifications, or looking for engineering plastic fastener manufacturing and supply recommendations?

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Eyebolt Specifications / Dimensions / Features

The table below lists the available Eyebolt specifications, dimensions, material options, tensile strength, tightening torque, recommended cable diameter, and product features. Custom specifications are available upon request.

SPEC Eyebolt Size Material Tensile Strength (N) Torque (kg-cm) Cable Dia. (Suggestion) Features
M8 Eye Inner Diameter: 16 mm
Total Length: 82 mm (ref.)		 PA+GF 5,200 10.2 10–12 mm Suitable for larger power cable bundles requiring a wider cable routing space.
M8 Eye Inner Diameter: 16 mm
Total Length: 82 mm (ref.)		 RENY 4,800 13.4 10–12 mm Ideal for heavy-duty cable bundles requiring higher mechanical strength.
1/4-20 UNC Eye Inner Diameter: 0.5 in.
(12.7 mm)
Total Length: 76 mm (ref.)		 PA+GF 3,800 4.3 7–9 mm Designed for general cable management and routing applications.
1/4-20 UNC Eye Inner Diameter: 0.5 in.
(12.7 mm)
Total Length: 76 mm (ref.)		 RENY 3,400 6.4 7–9 mm Provides higher strength for secure cable fastening and routing.

Note: The above values are based on laboratory test results and product specifications. Actual performance may vary depending on the application environment.

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