High-Performance Telecom Microduct for Gulf & KSA Networks
The HDPE mini-ducts are high-precision thin-walled ducts which are made for the laying of fiber-optic networks. The micro-conduit with an outer diameter of 32 mm and an inner diameter of 28.2 mm can be used for blowing, pulling or pushing both single or multiple fiber cables. The four orange stripes on the duct simply show that it is for telecommunication applications, thus making it easy to identify during installation.
The use of PE100 grade high-density polyethylene results in excellent:
Strength and crack resistance
Flexibility and stress handling
Smooth inner wall for high-speed fiber blowing
Resistance against chemicals, temperature, and environmental stress
50+ years of life expectancy
This mini-duct fits perfectly with the new fiber infrastructure of KSA where the summer heat usually goes over 50°C and the buried utilities require the use of long-lasting materials able to cope with the thermal expansion and pressure easily.
The HDPE PE100 Mini-Duct Black with 4 Orange Stripes, 32/28.2 mm is a specialized microduct built for high-speed fiber optic cable installation. Manufactured using premium PE100 high-density polyethylene, it ensures maximum tensile strength, flexibility, and stress-crack resistance. The black exterior provides UV stability, while the four orange stripes offer easy identification for telecom applications.
This duct ensures smooth cable blowing due to its low-friction inner layer, allowing installers to cover long distances without interruptions. It is designed for both underground and above-ground installations, including micro-trenching, duct bundling, FTTx rollouts, and backbone network upgrades.
The HDPE mini-ducts are high-precision thin-walled ducts which are made for the laying of fiber-optic networks. The micro-conduit with an outer diameter of 32 mm and an inner diameter of 28.2 mm can be used for blowing, pulling or pushing both single or multiple fiber cables. The four orange stripes on the duct simply show that it is for telecommunication applications, thus making it easy to identify during installation.
The use of PE100 grade high-density polyethylene results in excellent:
Strength and crack resistance
Flexibility and stress handling
Smooth inner wall for high-speed fiber blowing
Resistance against chemicals, temperature, and environmental stress
50+ years of life expectancy
This mini-duct fits perfectly with the new fiber infrastructure of KSA where the summer heat usually goes over 50°C and the buried utilities require the use of long-lasting materials able to cope with the thermal expansion and pressure easily.
The HDPE PE100 Mini-Duct Black with 4 Orange Stripes, 32/28.2 mm is a specialized microduct built for high-speed fiber optic cable installation. Manufactured using premium PE100 high-density polyethylene, it ensures maximum tensile strength, flexibility, and stress-crack resistance. The black exterior provides UV stability, while the four orange stripes offer easy identification for telecom applications.
This duct ensures smooth cable blowing due to its low-friction inner layer, allowing installers to cover long distances without interruptions. It is designed for both underground and above-ground installations, including micro-trenching, duct bundling, FTTx rollouts, and backbone network upgrades.

PE100 is undoubtedly the highest quality polyethylene material for ducting. This material has impressive features and therefore becomes the number one choice for telecommunications, broadband, and FTTH networks in the GCC countries due to their good properties.
PE100 has qualities that make it suitable for extreme weather conditions:
a) High Temperature Resistance
KSA, UAE, and Oman experience long summers with temperatures often reaching 55°C. However, PE100 will remain unaffected at this temperature.
b) Excellent UV Stability
The duct's black color is the result of carbon black being added, which protects the duct from UV rays, and thus allows installation above ground.
c) Resistance to Sand and Abrasion
The Gulf regions suffer frequent sandstorms and they also have fine dust; however, PE100's performance during these circumstances is really good.
d) Chemical and Corrosion Resistance
PE100 is not impacted by the harsh chemicals found in the industrial zones, refineries, and oilfields because it does not corrode, rust or decompose.
e) Long-Term Durability
PE100 has a service life of over 50 years which in turn will help to reduce maintenance costs for mega-projects such as smart cities, airports, and railways, and fiber networks.
Orange is the international standard color code for telecommunication lines. The 4 longitudinal orange stripes allow easy field identification, even when multiple ducts lie together.
Orange = Telecom/Micro-duct
Four stripes = Enhanced visibility & classification
Suitable for FTTH, broadband, and fibre trunk networks
Contractors can quickly differentiate telecom ducts from water/sewage/electrical ducts, preventing accidental damage during excavation.
Below are the complete technical details typically followed by major telecom contractors and Gulf project consultants.
| pecification | Value / Description |
|---|---|
| Product Name | HDPE PE100 Mini-Duct |
| Color | Black with 4 Orange Stripes |
| Outer Diameter (OD) | 32 mm |
| Inner Diameter (ID) | 28.2 mm |
| Material Grade | PE100 High-Density Polyethylene |
| Standard Length | 100 m / 200 m / 500 m / Custom |
| Density | 0.95 g/cm³ (approx.) |
| Wall Thickness | Approx. 1.9 mm |
| Pressure Rating | Typically non-pressure rated (for telecom) |
| Inner Surface | Ribbed / Silicon-Coated / Smooth (as required) |
| Color Code | Orange Stripes (Telecom Identification) |
| Temperature Range | –20°C to +60°C (operational) |
| UV Protection | Yes, Carbon-Black Stabilized |
| Jointing Method | Push-fit, Compression, Couplers |
| Micro-Duct Type | Single mini-duct (not bundled) |
| Compliance | BS EN, ISO, ITU-Telecom duct standards |
| Expected Life | 50+ Years |
1. FTTH (Fibre To The Home) Networks
They are the connecting fibre networks in residential and commercial areas the last mile.
2. Backbone & Distribution Fibre Networks
They are the entire high-speed telecom infrastructure's backbone.
3. 5G Network Deployment
It is necessary to make it all fiber to support small cell connectivity through densification.
4. Smart City Installations
They include digital infrastructure, CCTV networks, traffic management systems, and IoT grids.
5. Highway & Road Telecom Networks
They are the most suitable for trenchless installations next to the highways.
6. Oil & Gas Industry Communications
They are the most reliable installations in chemical-sensitive and hazardous environments.
7. Metro Rail and Airport Projects
They are used for signalling, communication, and security networks.
8. Datacenter Interconnect Cabling
This is the means of connecting datacenters through the fastest fibre optic cables.
The Gulf region is undergoing a massive digital transformation, driven by:
WiFi 6 and 5G expansion
Government smart city visions
Rapid population growth
Industrial IoT and automation
High-speed internet demand
Mega-projects like NEOM, The Line, Saudi Downtowns, Qatar Smart Nation, and Dubai 2040 Vision
HDPE mini-ducts are an integral part of these transformations due to their reliability and ability to perform under extreme conditions.
a) Micro-Trenching
This is the fastest and cheapest way to deploy fiber in towns.
b) Direct Burial
This method is mainly used in arid lands where pipes can withstand the weight of the soil.
c) Horizontal Directional Drilling (HDD)
It is used for the projects to be made beneath:
d) Inside Existing Ducts
It is the best option for the betterment of the old networks.
e) Above-Ground Installation
Because of UV protection, the installation of fiber above ground is still likely.
Tensile Strength Test
Impact Resistance Test
Environmental Stress Crack Resistance (ESCR)
Ovality Measurement
Wall Thickness Check
Hydrostatic Pressure Testing (if required)
Low Temperature Flexibility Test
UV Weathering Test
These ensure the product meets international telecom standards.
One of the most common communication ducts is the 32 mm OD mini-duct. The reasons for its popularity are as follows:
The HDPE PE100 Mini-Duct, Black (4 Orange Stripes), 32/28.2 mm is the ultimate ducting solution for KSA and the Gulf region. Its great performance combined with heat, chemical, and environmental stress resistance make it the best pick for today's fiber network rollout.
The mini duct is a necessity for a modern city, 5G network, FTTH, or communication setup as it guarantees sustainable reliability, reduced maintenance costs, and high fiber installation efficiency.
It is used for fibre-optic cable installation in telecom and FTTH networks.
It indicates telecom use and ensures easy field identification.
Yes, it withstands temperatures above 50°C.
More than 50 years under ideal conditions.
Absolutely, it is ideal for small cell fibre backhaul.
Yes, HDPE PE100 is resistant to most industrial chemicals.
Yes, it is commonly used for duct-within-duct upgrades.
It can be smooth, ribbed, or silicon-coated based on requirement.
Micro-trenching, HDD, direct burial, aerial, etc.
Yes, the carbon-black compound ensures UV resistance.
This product (HDPE PE100 Mini Duct 32/28) is used to protect fibre cables during FTTx construction projects and other telecom infrastructure. It is made from HDPE and has excellent levels of tensile strength, flexibility, and long-lasting durability for building high-quality fibre optic installations and micro duct networks.
Through the Saudi Ducts platform, EPC contractors, telecom operators, and infrastructure builders can connect directly with registered manufacturers, approved distributors, and certified suppliers throughout Saudi Arabia and the GCC. The platform offers technical insight into products, standards guidance, and assistance in connecting buyers to suppliers, enabling buyers to source the correct materials for building fibre optic networks, ducting systems, and smart cities.
| Feature | HDPE PE100 Mini Duct | PVC Conduit |
|---|---|---|
| Flexibility | Excellent | Limited |
| Impact Resistance | High | Moderate |
| Cable Installation | Designed for fiber blowing | Cable pulling only |
| Lifespan | 25–50 years | 15–20 years |
| Typical Use | FTTx fiber networks | Electrical installations |
• Maintain smooth duct routing to reduce cable friction during fiber blowing
• Use color-coded or striped ducts for easier network identification
• Ensure proper sealing at duct ends to prevent water or debris entry
• Maintain recommended bending radius to protect fiber cables
• Follow telecom infrastructure standards for duct spacing and trench depth
These best practices ensure efficient fiber installation, reduced network maintenance, and long-term infrastructure reliability.