Our PE pipes are capable of carrying various types of media, including fluids such as compressed air/gas, water, wastewater, odorous gases, corrosive gases, chemicals, and hazardous waste. They can also transport solids like sand, slurry, coal ash, and cables. As a result, our PE pipes are suitable for installation in diverse environments, including above ground, trenchless methods, slip-lining, underground, floating, and submerged conditions.
In addition to this, WeProFab offers an exclusive customisation service from 1‘ to 12’ diameter or other custom sizes in a wide range of colors and manufacturing pressure levels.
By Size
1-inch PE pipe is a durable, lightweight option ideal for residential water supply, irrigation and low-pressure fluid transfer. Its flexibility and corrosion resistance ensure easy installation and long-lasting performance.
2-inch PE pipe offers greater capacity, making it suitable for commercial water systems, irrigation and industrial fluid handling. It offers excellent durability, UV resistance and efficient flow for medium pressure applications.
By Uses
PE Water PipeDesigned for efficient wastewater and stormwater management, PE Drainage Pipe offers excellent corrosion resistance, high flow rates and durability. Its lightweight, flexible design makes it easy to install in residential, commercial and industrial drainage systems.
PE Pressure PipeDesigned for high-pressure water and fluid transfer, PE pressure pipe ensures leak-free performance and long service life. They are used in a wide range of municipal and industrial applications due to their excellent toughness, chemical resistance and flexibility.
PE Pipe for GasDesigned for the safe and reliable transport of natural gas, PE gas pipes are resistant to high pressures and offer long-term durability. Their impermeability to gas and excellent corrosion and UV resistance ensure safe operation of underground and aboveground facilities.
By color
PE Pipe BlackBlack PE pipe is widely used in industrial applications, water supply and irrigation systems. Its black colour is UV-resistant, making it durable and suitable for outdoor installation and long-term use in exposed conditions.
PE Pipe BlueBlue PE pipes are mainly used in potable water supply systems and their colour can be used as an indicator for safe drinking water applications. They offer the same durability, corrosion resistance and flexibility as black PE pipe, while ensuring compliance with water safety standards.
Other Types
PE Lined PipePE lined pipes are lined with polyethylene inside a metal or composite pipe and are resistant to corrosion and chemical abrasion. They are ideal for industrial fluid transport in harsh environments.
PE Coated PipePE coated pipes are externally coated with polyethylene for enhanced corrosion and UV protection. They are commonly used for oil, gas and water transport, especially in underground and outdoor applications.
Corrugated PE PipeCorrugated PE pipes feature a ribbed exterior for added strength and a smooth interior for increased flow. They are lightweight, durable and widely used in drainage, sewerage and stormwater management.
PE Flexible PipeLightweight and bendable, PE flexible pipe is easy to install in irrigation, water supply and industrial fluid handling systems. Its toughness and chemical resistance ensure reliability in a variety of applications.
Why WeProFab PE Pipes Reliable?
Durable, lightweight and economical, WeProFab PE pipes offer excellent flexibility, corrosion and UV resistance. They are non-toxic, hygienic, impermeable and moisture resistant, ensuring contaminant-free fluid handling. Their smooth inner walls provide high flow rates, while high impact resistance and the ability to handle differential settlement ensure reliability. Easy to install and compatible with a wide range of fittings, our pipes provide a 50+ year service life for a variety of applications.
Wide Applications of WeProFab PE Pipes
WeProFab PE pipes are versatile and can be used in a variety of industries. They are ideal for municipal, commercial and residential water systems, ensuring safe drinking water distribution. In wastewater treatment, they effectively treat wastewater due to their durability and corrosion resistance.
For industrial applications, our tubes reliably transport liquids, chemicals and compressed gases. In telecommunications, they are used as protective cable conduits to protect wires and cables. Additionally, WeProFab PE pipes are suitable for gas distribution and irrigation systems and are available in HDPE and LDPE options to meet specific application needs.
PE pipe insulation is a protective layer made of polyethylene foam or other insulating material used to encase PE pipe. This insulation has several key functions:
- Thermal insulation: helps maintain the temperature of the fluid inside the pipe, reducing heat loss or preventing freezing in cold conditions.
- condensation control: prevents moisture from forming on the surface of the pipe, preventing water damage and corrosion.
- energy efficiency: by minimising heat loss, PE pipe insulation improves the energy efficiency of residential and industrial systems.
- UV and chemical resistance: It resists UV rays and chemical degradation, making it suitable for outdoor and industrial applications.
PE pipe insulation is widely used in water supply systems, HVAC systems and industrial pipelines with easy installation and long-lasting protection.
Flexible, durable and corrosion-resistant, PE pipe is ideal for underground, irrigation and low-temperature applications. It is also easier to install due to its flexibility.
PVC pipes are robust, cost-effective and more suitable for high-pressure systems such as water and wastewater. They are less flexible and become brittle at low temperatures.
PE is more suitable for flexible, durable applications, while PVC is ideal for pressure systems and budget-conscious projects.
PE pipes can be connected using a variety of methods:
- Butt fusion welding: heating and pressing the ends of the pipe to achieve a strong, permanent connection (suitable for large diameter pipes).
- Electrofusion: the pipe is fused using heating elements in special fittings (best suited for underground applications).
- socket fusion: heats the pipe and connects it to the fitting, suitable for smaller diameter applications.
- Compression fittings: tighten mechanical fittings with seals for an easy, leak-proof connection.
- push-in: push the pipe into the fitting for a quick, tool-free connection (for low-pressure systems).
Made from polyethylene, PE pipes are more flexible and suitable for low to medium pressure applications such as water supply and drainage. HDPE pipes, made from high-density polyethylene, are stronger and tougher and, thanks to their greater strength and durability, are ideal for high-pressure applications such as gas distribution and industrial use.
To connect PE pipe to PVC pipe, you can use the following methods:
- compression fittings: use compression fittings designed specifically for PE and PVC. These fittings use rubber seals to create a leak-proof connection without the need for heat or welding.
- transition fittings: special transition fittings are available to allow the connection of PE and PVC pipe. These fittings are typically used for PE on one side and PVC on the other to ensure safe compatibility of the joints.
- threaded fittings: for smaller sizes, threaded adapters can be used to connect PE and PVC tubing; PE tubing may require a threaded adapter.
- fittings: use fittings that connect both pipe types to ensure a tight, secure fit. You may need to use a sealant or rubber gasket to further prevent leakage.
PE pipe sizes vary according to nominal diameter (DN), wall thickness and pressure class. Common sizes range from DN 20 mm to DN 1200 mm. The wall thickness depends on the material grade (PE80, PE100) and the pressure class. sdr (standard dimension ratio) values, e.g. sdr 11, sdr 17, indicate the wall thickness, with lower sdr indicating thicker walls. Typical lengths are 6 metres to 12 metres, but custom lengths are available.
Our PE pipe diameters typically range from small to large, depending on the application. Common diameters include:
- Small diameters: 20 mm to 110 mm (for residential water supply, irrigation and drainage).
- Medium diameters: 160 mm to 400 mm (for commercial water supply and sewerage systems).
- Large diameters: 500 mm to 1200 mm or larger (for industrial applications, large water and gas pipelines).
You can choose the exact diameter of your PE pipe based on your flow requirements and pressure rating.
The price of PE pipes generally ranges from $0.5 to $2 per meter for small diameters (20mm-110mm), $2 to $10 per meter for medium diameters (160mm-400mm), and $10 to $50 per meter or more for large diameters (500mm-1200mm).
PE pipe specifications typically include the following key details:
- Nominal diameter (DN): ranges from 20 mm to 1200 mm or greater, depending on the application.
- Material grade:
- PE80: lower pressure applications.
- PE100: Higher strength and pressure resistance.
- Wall thickness: determined by Standard Dimension Ratio (SDR), common SDRs are SDR 11 (high pressure), SDR 17 (medium pressure) and SDR 21 (low pressure).
- Pressure ratings: rated for specific pressure ratings, e.g. PN6, PN8, PN10, PN16 (in bar).
- Length: typically 6 or 12 metres, custom lengths are also available.
- Standards compliance: PE pipes usually comply with international standards such as ISO 4427, ASTM D3035 or EN 12201.
PE pipe is typically rated from -40°C to 60°C* (-40°F to 140°F). For short-term exposure, they can withstand temperatures up to 176°F (80°C). For higher temperatures, specialised PE materials such as PE-RT or PE-X may be required.
