Engineer plastic coolant tube

Product Definition and Application: Engineer plastic coolant tube is a cooling and cleaning auxiliary component specifically designed for metal cutting equipment, primarily used in traditional machine tools, CNC lathes, CNC milling machines, machining centers, and CNC grinders. Its main function is to precisely spray coolant onto the cutting tool and workpiece surface during metal cutting, reducing cutting temperature and effectively removing metal chips from the machining area, ensuring machining quality and tool life.; The Engineer plastic coolant tube features a modular, universal design; the nozzle type, size, and spray angle can all be freely adjusted according to machining requirements, and the pipe length can also be customized to fit the equipment configuration.

When is it appropriate to use an engineer plastic coolant tube?: In actual machining and equipment configuration, Machine coolant tube is particularly suitable for the following scenarios:; • Stable and precise coolant spraying is required during cutting operations; • Chips easily accumulate on the workpiece surface, affecting machining quality; • The machining position of the equipment is constantly changing, requiring adjustment of the spray direction; • Maintaining a fixed nozzle position is necessary in high-pressure coolant environments; • A modular approach is desired for quickly adjusting or expanding the cooling pipeline. Compared to fixed coolant pipes, omnidirectional fuel injection pipes offer advantages such as high adjustability and rapid maintenance and configuration.

Structural and Material Design Specifications: Engineer plastic coolant tube can be selected from different materials and structures depending on the operating environment and cooling requirements. Their main design characteristics are as follows:; • Pipe Material (Common Options):; o Formosa Plastics Steel (POM): High strength, chemical corrosion resistant; o Polypropylene (PP): Lightweight, excellent chemical resistance; o Metal fuel injection pipe (suitable for high temperatures or special requirements); • Structural Design:; o Segmented universal structure, freely bendable and adjustable; o Tight fit at all joints, able to withstand high-pressure water flow impact; • Functional Accessories (Optional):; o High-pressure retainer (enhances pressure resistance); o Magnetic mounting base (can be attached to any position on the machine); o Switches, T-junctions, T-junctions, and other piping components; o Dedicated pipe wrench for easy addition or removal of sections

Main advantages of engineer plastic coolant tube: • POM/PP material offers excellent chemical resistance.; • The universal joint structure maintains stable positioning even under high-pressure water flow.; • High-pressure retaining rings can be added to meet high-pressure cooling requirements.; • Compatible with magnetic mounts for quick and easy mounting in any position on the equipment.; • Modular piping design allows for easy expansion and configuration adjustments.

Customized configuration and selection support: Engineer plastic coolant tube can be fully configured according to the customer's processing conditions, including:; • Nozzle type and injection orifice selection; • Pipe length and number of sections; • Material selection (POM/PP/metal); • Whether high-pressure retaining rings or magnetic bases are required; • Pipe control components (switches, flow dividers) configuration; During the selection phase, cooling requirements, chip removal efficiency, and pressure resistance will be evaluated simultaneously to ensure stable operation.

Application Scope: Engineer plastic coolant tube are commonly used in:; • Traditional machine tools; • CNC lathes; • CNC milling machines; • Machining centers (MC); • CNC grinding machines; Proper engineer plastic coolant tube configuration can effectively improve cutting cooling efficiency, improve the machining environment, and extend the life of tools and equipment.

FAQ | Common Issues with Engineer plastic coolant tube: Q1: Can engineer plastic coolant tube withstand high-pressure coolant?; A: Yes, all joints of the engineer plastic coolant tube fit tightly, and high-pressure retaining rings can be added to resist the impact of high-pressure water flow.; Q2: Can the nozzle and length of the engineer plastic coolant tube be customized?; A: Yes, the nozzle type, size, and engineer plastic coolant tube length can all be selected or customized according to processing requirements.; Q3: What are the differences between POM and PP engineer plastic coolant tube materials?; A: POM has higher strength and better wear resistance; PP is lighter, both have good chemical corrosion resistance.; Q4: Can the fuel injection pipe be fixed in any position on the machine tool?; A: Yes, the engineer plastic coolant tube can be equipped with a magnetic base for quick adsorption and fixation to the mechanical structure.; Q5: Which metal processing equipment is the engineer plastic coolant tube suitable for?; A: The engineer plastic coolant tube is suitable for various metal processing equipment, such as CNC lathes, milling machines, machining centers, and grinding machines.

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