Industrial MPP Single Wall Corrugated Pipe

Introduction

Eastboom® MPP Rectangular Single Wall Corrugated Pipe is a great piping system. Eastboom® makes light, easy-to-bend pipes for today’s utilities—this one’s made of good modified polypropylene, handling heat well, blocking electricity, and staying strong.

Its rectangular shape fits narrow trenches, under sidewalks, and smart city setups. The design saves space but still works tough.

These pipes are often used for telecom, optoelectronic, and secondary cables, meeting international rules. Contractors/developers in Asia, the Middle East, and South America trust them. You can also get them made to your needs.

Key Features:

Slim Rectangular shape

Eastboom® MPP Rectangular Single Wall Corrugated Pipe can be used in narrow trenches and dense conduit corridors to maximize space layout efficiency

Suitable for low and medium voltage cable routing

Eastboom® MPP Rectangular Single Wall Corrugated Pipe’s single-wall construction provides sufficient strength to support the cable while keeping weight low, making it ideal for wires and cables, connecting to lighting systems, and indoor-outdoor transitions

Flame-retardant MPP material

Eastboom® MPP Rectangular Single Wall Corrugated Pipe have very good dielectric, heat and chemical resistance keeps the cable safe in harsh environments

Lightweight and easy to install

Eastboom® MPP Rectangular Single Wall Corrugated Pipe  is easy to transport, handle and deploy in the field, especially in projects with short cable runs or frequent changes of direction.

Applications:

Residential and commercial utility cabling

Municipal communications cable protection

Secondary cable ducts under sidewalks or greenbelts

Smart city sensor and lighting systems

Eastboom®'s MPP rectangular single-wall corrugated pipe adopts a unique U-shaped profile with pillow-shaped crests and circular troughs, which dramatically enhances vertical compressive strength while the circular troughs uniformly distribute and counteract 360-degree directional forces, significantly improving ring stiffness.