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Plastic Pipe Fusion Welding Tool GEKO G81030 for PE/PP Pipes 20–63 mm
Plastic Pipe Fusion Welding Tool GEKO G81030 for PE/PP Pipes 20–63 mm
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Plastic Pipe Fusion Welding Tool GEKO G81030 for PE/PP Pipes 20–63 mm
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Plastic Pipe Fusion Welding Tool GEKO G81030 for PE/PP Pipes 20–63 mm
Plastic Pipe Fusion Welding Tool GEKO G81030 for PE/PP Pipes 20–63 mm
GEKO G81030 is a plastic pipe fusion welding tool designed for butt fusion of thermoplastic pipes made of polyethylene (PE) and polypropylene (PP) with diameters from 20 to 63 mm. The kit includes a heated welding plate and alignment handles that allow controlled heating and joining of pipe ends to form consistent, leak-resistant joints. The tool is intended for assembling and repairing small- to medium-diameter pipelines used in water supply, drainage and heating systems.
The welding tool provides even heat distribution across the fusion surface to promote reliable bonding between pipe ends. Its compact design and compatible clamp range make it suitable for on-site work and confined spaces. Simple mechanical alignment features reduce the risk of misalignment during heating and joining, and the included handles facilitate safe handling of heated components. The tool is compatible with both PE and PP materials, offering flexibility for multiple installation types.
Position the pipe ends in the alignment handles so that faces are clean and square. Place the heated welding plate between the aligned pipe ends and heat both ends according to material-specific temperature and time guidelines until a uniform molten layer forms. Remove the heating plate and immediately press the pipe ends together using the alignment tools to allow the molten surfaces to fuse under controlled pressure. Hold the joint in position until the fused area cools and solidifies. Ensure surfaces are free from contaminants before starting and follow safety precautions when handling heated elements.
Use the tool on pipes that are within the specified diameter range and made of compatible thermoplastic materials. Prepare pipe ends by cutting square and removing dirt, grease and oxidation. Follow material-specific heating times and temperatures provided by pipe manufacturers to ensure consistent weld quality. Allow adequate cooling time before subjecting the joint to pressure. Wear appropriate protective equipment when working with heated components and operate the device on a stable surface.
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