News and Events

This article demonstrates the complete operation process of the FX500 butt fusion machine during HDPE pipe welding. It introduces the key steps including pipe preparation, facing, heating, fusion, and cooling. The operation test shows how the FX500 performs in practical workshop conditions and highlights its stable performance in HDPE butt fusion welding applications.

This article introduces the anti-slip pad system used on large-diameter FX series butt fusion machines. Designed to improve pipe stability during alignment and pressure holding, the adjustable pads increase contact area and distribute clamping force more evenly. Applied on models such as the FX1000, the system enhances stability under real jobsite welding conditions.

Within our butt fusion machine product range, we use several types of heating plates.Different series and application requirements call for different standards in structure, materials, and temperature stability.The green heating plate represents the highest standard within our heating plate system a

This article explains the internal gear-driven structure used in our pipe fusion facers.Unlike common chain-driven designs, the full gear transmission provides higher efficiency, smoother rotation, and long-term stability. The facer drives both cutter plates simultaneously, ensuring even and consistent facing on both pipe ends. This design reduces vibration, simplifies maintenance, and delivers reliable performance for continuous butt fusion welding operations.

This article introduces the standard remote control used on FX series butt fusion machines. Designed for on-site operation, the remote provides emergency stop, forward and backward movement control, and trimmer operation. With a magnetic design for easy placement, it allows operators to work more flexibly and safely during pipe alignment and welding processes.