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The Bundy tube is made of high-quality low-carbon alloy steel material. After cold-drawing processing, it has high strength and hardness, and can withstand large pressure and impact force.
Due to its advanced processing technology, the Bundy tube has high dimensional accuracy for both the inner and outer diameters, and good roundness, meeting the usage requirements of various high-precision equipment.
The Bundy tube has a certain degree of flexibility and can be bent and formed as needed, making it convenient for installation and use in different spaces and environments.
The surface treatment of galvanization or copper plating endows it with good corrosion resistance, enabling it to resist the erosion of various chemical substances and extend its service life.
Widely used in fuel, braking, and air conditioning systems. It ensures safe fuel transportation and reliable braking performance under high pressure.
Used as pipelines for transporting refrigerants. Its corrosion resistance and flexibility adapt perfectly to low-temperature environments and complex layouts.
Applied as pipelines for transporting hydraulic oil, ensuring pressure transfer efficiency and system stability through high strength and precision.
A: Bundy tubes are manufactured using high-quality low-carbon alloy steel, which undergoes cold-drawing to achieve superior strength and hardness.
A: Yes, they feature specialized surface treatments like galvanization or copper plating, providing excellent resistance against chemical erosion and environmental factors.
A: Absolutely. Due to their good flexibility, Bundy tubes can be bent and formed into various shapes to fit specific space requirements in automotive or refrigeration systems.
A: Their high precision and ability to withstand extreme pressure make them ideal for braking pipelines, ensuring safety and reliability in vehicles.
A: They are primarily used in the automotive industry (fuel and brake lines), the refrigeration industry (refrigerant transport), and various hydraulic systems.
A: Yes, the advanced processing technology ensures high dimensional accuracy for both inner and outer diameters, along with excellent roundness.
