PVDF And PP Pipe Jointing Hdpe Plastic Butt Fusion Welding Machine 2.3KW

We have size of 160mm, 200mm, 250mm, 315mm, 355mm,450mm,630mm,800mm, 1200mm,1600mm.

Preparation

1. Using Teflon coating material imported from Japan, after twice coating and three processes.
2. The solid core of the Heating plate is thickened and non-stick tube, the heat transfer is even, supporting the aviation connection line to ensure the contact safety of the power supply.
3. Compared with other manufacturers, the thickness of Heating plate is increased by 5mm, and the heat storage and thermal conductivity are strong.

1. High power milling cutter, mirror cutter disk, strong motor, high concentricity, smooth milling.
2. High-power Bosch drill is adopted for milling motor, which is strong and strong without slipping
3. The milling cutter is equipped with a limited position switch, which can be rotated only when placed in the frame to prevent accidental injury.

Learning of HDPE pipe welding machine

HDPE (High-Density Polyethylene) pipe welding machines, also known as HDPE pipe fusion machines, are specialized tools used for joining or welding HDPE pipes together. HDPE is a versatile and durable material commonly used in various applications, including water supply, gas distribution, irrigation, and industrial piping systems.

There are different types of HDPE pipe welding machines available, and the specific type used depends on the size and requirements of the pipes being joined. Here are the two most common types of HDPE pipe welding machines:

Butt Fusion Welding Machine: Butt fusion is the most widely used method for joining HDPE pipes. A butt fusion welding machine is used for this process. The general steps involved in butt fusion welding are as follows:

1. Pipe Preparation: The ends of the pipes to be joined are cleaned and faced to ensure a smooth and flat surface.

2. Heating: The butt fusion machine is heated to the required temperature, typically specified by the HDPE pipe manufacturer. The heating element of the machine is placed between the pipe ends, heating them to the melting point.

3. Joining: Once the pipe ends reach the proper temperature, the pipes are quickly and accurately aligned using alignment clamps. The heated pipe ends are then brought into contact with each other, and pressure is applied to fuse them together. The pressure is maintained until the molten material cools and solidifies, creating a strong and leak-proof joint.

4. Cooling and Inspection: After the fusion process is complete, the joint is allowed to cool. Once cooled, it is inspected to ensure proper fusion and joint integrity.

Electrofusion Welding Machine: Electrofusion welding is another method used for joining HDPE pipes, especially for smaller pipe sizes. An electrofusion welding machine is used for this process. The general steps involved in electrofusion welding are as follows:

1. Pipe Preparation: The ends of the pipes to be joined are cleaned and fitted with electrofusion couplers or fittings that have embedded heating elements.

2. Electrofusion Process: The electrofusion welding machine is connected to the electrofusion couplers or fittings. The machine controls the fusion process by applying a specific voltage and current to the heating elements. The heating elements melt the surrounding HDPE material, and when the molten material solidifies, a fusion joint is formed.

3. Cooling and Inspection: After the fusion process is complete, the joint is allowed to cool. Once cooled, it is inspected to ensure proper fusion and joint integrity.

It's important to note that the specific procedure for HDPE pipe welding may vary depending on factors such as pipe size, thickness, and the manufacturer's recommendations. It is crucial to follow the welding machine manufacturer's instructions, as well as any applicable industry standards and local regulations, to ensure safe and proper fusion of HDPE pipes. Additionally, certified and trained personnel should perform HDPE pipe welding to ensure the quality and integrity of the welded joints.