Fiber Optic Cable Hardware

 

Fiber optic cable hardware for supporting, anchoring, securing, routing, and protecting aerial and outdoor fiber optic cable installations. The product range covers ADSS cable hardware and related fittings for suspension, tensioning, dead-end anchoring, cable support, and pole or tower installation.


Hardware configurations can be matched to cable diameter, span length, installation position, mechanical load requirements, mounting structure, material, and outdoor operating conditions.

 

 
  • Standard Banding Tool
    The Standard Banding Tool is a manual tensioning tool designed for installing stainless steel and other metal banding around poles, cables, brackets, signs, and utility hardware. Its drop-forged...
  • Suspension Clamp for Fiber Optic Cable
    The Suspension Clamp for Fiber Optic Cable is designed to support and secure aerial fiber optic cables at intermediate poles, towers, or cross-arm structures. The clamp assembly combines a...
  • Stainless Steel Banding and Buckles
    Stainless Steel Banding and Buckles provide a mechanical fastening system for securing fiber optic cable hardware, enclosures, brackets, clamps, and other equipment to poles and structural members.
  • Stainless Steel Band Clamp Tool
    The DIMI Stainless Steel Band Clamp Tool is a manual tool for tensioning and cutting stainless steel band or strap used to secure brackets, cable clamps, and other hardware to round or square...
  • DIMI ADSS Tension Clamp
    The DIMI ADSS Tension Clamp is an anchoring assembly for All-Dielectric Self-Supporting (ADSS) fiber optic cable. It secures the cable at a tension point and transfers the applied cable load to...
  • DIMI Aerial Drop Cable Clamp
    The DIMI Aerial Drop Cable Clamp is designed to anchor and tension fiber optic drop cables in overhead FTTH and FTTx access networks. It secures flat or round drop cables between poles, support...
 
Fiber Optic Cable Hardware Product Range

We supply fiber optic cable hardware for different cable support and securing requirements in aerial fiber optic networks.

ADSS Fiber Optic Cable Hardware

Suspension clamps, tension clamps, dead-end clamps, vibration dampers, and related fittings for ADSS aerial cable installations.

01

Suspension Hardware

 

Suspension clamps and related fittings for supporting ADSS and aerial fiber optic cables at intermediate points.

02

Tension & Dead-End Hardware

High-retention wedge and preformed tension clamps built for termination, angle, and heavy-strain cable positions.

03

Cable Support & Routing Hardware

Pole bands, stainless steel strapping, brackets, and wall-mounting hardware for neat cable routing along poles and outdoor structures.

04

Vibration & Cable Protection Components

Spiral vibration dampers and protective armor rods engineered to suppress wind-induced galloping and dynamic line vibration.

05

 

Cable Compatibility

Hardware must match the actual cable construction and dimensions. For ADSS and other aerial fiber optic cable applications, we can review the hardware configuration based on:

Cable Information

Required for Selection

Cable Type

ADSS or other aerial cable

Cable Diameter

Actual outside diameter or diameter range

Cable Construction

Relevant cable structure or specification

Span Length

Typical or maximum installation span

Installation Position

Suspension, tension, or dead-end

Mounting Structure

Pole, tower, or specified support structure

Hardware configurations can be reviewed against the specified cable diameter and installation requirements before production. 

 

Choose Hardware by Installation Position

Different positions along an aerial fiber optic cable route require different hardware configurations.

Installation Position

Recommended Hardware

Intermediate / Suspension Point

Suspension Clamps

Tension Point

Tension Clamps

Dead-End / Termination

Dead-End Clamps

High-Tension or Direction Change

Tension & Dead-End Hardware

Vibration-Prone Aerial Span

Vibration Dampers

Pole / Structure Routing

Support Brackets & Strapping

 

Mechanical Requirements

Selecting aerial cable hardware requires matching the component design to the mechanical stress profile of the cable route.

Route Condition & Position

Cable O.D.

Span Length

Holding Capacity / RTS

Recommended Hardware

Standard Intermediate

8.0 – 15.0 mm

Up to 100 m

≤ 10 kN

Standard Envelope Suspension Clamp

Long-Span Intermediate

9.0 – 22.0 mm

100 – 400 m

20 – 70 kN

Helical Armor Rod Suspension Set

Last-Mile Drop Line

3.0 – 8.0 mm

Up to 70 m

1.5 – 3.0 kN

Wedge-Type Drop Cable Clamp

Medium-Span Tension

9.0 – 18.0 mm

100 – 300 m

15 – 50 kN (≥ 95% RTS)

Preformed Tension Clamp Set

High-Tension Dead-End

12.0 – 25.0 mm

300 – 800+ m

50 – 120+ kN (≥ 95% RTS)

Heavy-Duty Dead-End Strain Assembly

High-Wind / Aeolian Span

8.0 – 20.0 mm

Spans > 120 m

Dynamic Damping

Spiral Vibration Damper (SVD)

 

Material & Outdoor Durability

Material options are available according to hardware function and outdoor installation conditions.

Material

Typical Selection

Aluminum Alloy

Lightweight metallic hardware

Hot-Dip Galvanized Steel

Steel hardware requiring outdoor corrosion protection

UV-Resistant Polymer

Cable contact, protection, and outdoor polymer components

Material and surface-treatment requirements can be specified for project orders according to the installation environment.

 

Suspension Clamp for Fiber Optic Cable

 

Rigorous Quality Control & Mechanical Testing

Outdoor cable hardware must withstand decades of continuous load without inducing fiber stress or jacket deformation. DIMI subjects applicable hardware components to comprehensive mechanical and environmental validation protocols before dispatch:


Static Load & Retention Testing: Verifies the rated holding strength and load-bearing limits of tension, dead-end, and suspension clamps under continuous strain.


Dynamic Fatigue Simulation: Evaluates component durability under cyclic mechanical forces, wind-induced galloping, and line vibration.


Environmental & UV Exposure: Simulates extreme thermal cycling, high humidity, and prolonged UV radiation to ensure anti-aging polymer and metal performance.


Precision Inspection & Batch Traceability: Checks critical contact surfaces, clamp dimensions, and mounting interfaces to guarantee smooth installation. Comprehensive quality records are logged per batch for full lifecycle traceability.

 

Flexible Manufacturing & Reliable Supply Capacity

DIMI is a fiber optic cable hardware manufacturer providing standard, custom, and repeat-order production for distributors, contractors, OEM buyers, and project purchasers:

Dedicated Hardware Production

Dedicated production lines cover hardware fabrication, assembly, and final product processing for suspension clamps, tension and dead-end clamps, vibration dampers, and related fittings.

200,000+ Units Annual Capacity

Annual production exceeds 200,000 hardware accessories, supporting different hardware specifications, order quantities, and recurring supply programs.

Custom Production from Specifications

Project-specific hardware can be produced from cable parameters, technical drawings, physical samples, and defined installation requirements, from initial sample development to batch production.

Consistent Repeat Supply

Production records are maintained by batch and product specification, helping maintain the same confirmed configuration for repeat orders and ongoing project supply.

 

 

Frequently Asked Questions

 

Q: How do I select the right fiber optic cable hardware?

A: The main selection parameters are cable type, cable outside diameter, span length, installation position, and required mechanical load. For ADSS applications, these details help determine the appropriate suspension, tension, or dead-end hardware configuration.

Q: What cable information should I provide for a quotation?

A: Please provide the cable type, outside diameter, span length, installation position, required mechanical load, and quantity. A cable datasheet, drawing, or existing hardware sample can also help confirm the configuration.

Q: Can you customize fiber optic cable hardware?

A: Yes. As a fiber optic cable hardware manufacturer, DIMI can produce hardware based on technical drawings, samples, cable parameters, material requirements, and specified mounting configurations.

Q: Can you supply complete hardware kits for a project?

A: Yes. Different hardware components can be supplied as a complete project configuration. Component combinations, quantities, packaging, and labeling can be specified according to the project BOM or installation requirements.

Q: Can I order samples before placing a bulk order?

A: Samples can be arranged for configuration verification before production. The confirmed sample or specification can then be used as the reference for subsequent batch orders.

Q: Can you support repeat orders with the same specifications?

A: Yes. Production and quality records are maintained by batch, providing a reference for repeat production and helping maintain consistency across recurring orders.

Q: What materials are available for fiber optic cable hardware?

A: Depending on the hardware configuration and application, available materials include aluminum alloy, hot-dip galvanized steel, and UV-resistant polymer components. Material and surface-treatment requirements can be specified for project orders.

Q: What is the MOQ for fiber optic cable hardware?

A: MOQ depends on the hardware type, configuration, and order requirements. Contact us with the required product specification and quantity for confirmation.

Q: Do you supply hardware for OEM and distributor orders?

A: Yes. DIMI supports OEM buyers, distributors, telecom contractors, and project purchasers with standard hardware, customized configurations, sampling, and repeat batch supply.

As one of the most professional fiber optic cable hardware manufacturers and suppliers in China, our products have good reputation in the market. Please rest assured to wholesale advanced fiber optic cable hardware made in China here from our factory. Also, custom service is available.

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