FHMPP Rectangular Single Wall Corrugated Pipe

Introduction

Our FHMPP Rectangular Single Wall Corrugated Pipe wall corrugated pipes are produced using high-performance, flame-retardant materials, offering outstanding mechanical strength, thermal insulation, and precise directional alignment for cable-laying projects. Designed to optimize space in trenchless and utility tunnel applications, these pipes are widely adopted in power transmission, telecom ducts, and municipal infrastructure. All products conform to national and international standards and are trusted by clients throughout the Middle East, Southeast Asia, and Eastern Europe. With factory-direct pricing, fast delivery, and flexible customization, Eastboom is ready to support your next project. Contact us to receive a tailored offer or request engineering specifications — let’s build long-term cooperation.

Feature And Application

Feature:

1.Rectangular Profile, Maximum Space Utilization

The compact, non-circular design ensures optimal layout in dense utility tunnels and trenchless cable installations.2.Flame-Retardant and Electrically Insulated

Our MPP rectangular single wall corrugated pipes  are made from modified polypropylene (MPP), these pipes deliver high thermal resistance and excellent electrical insulation — ideal for power cable protection.3.Dual-Wall Strength

Corrugated exterior enhances load resistance, while the smooth interior ensures easy cable insertion and minimal friction loss.4.Quick Deployment and Low Maintenance

Lightweight yet sturdy — Our MPP rectangular single wall corrugated pipes are ideal for fast on-site installation, reducing labor time and post-installation maintenance.

Application:

Urban cable jacking projects

High-voltage power tunnels

Telecom & communication corridors

Underground conduit for smart grid networks

Eastboom® – Reliable infrastructure starts with smarter conduit.

Details：

The MPP rectangular single wall corrugated pipes features a unique structure with pillow-shaped exterior crests and circular troughs, connected by inverted "U"-shaped walls between inner and outer surfaces. This innovative design maximizes section modulus to dramatically enhance the pipe's compressive strength.