2025-08-28
Braided copper tubes have become an essential component across numerous industries, ranging from HVAC and plumbing to refrigeration, automotive, and industrial applications. Combining the exceptional thermal and electrical conductivity of copper with the flexibility and reinforcement of braided structures, these tubes deliver unmatched performance in demanding environments. In today’s competitive landscape, professionals seek durable, efficient, and cost-effective solutions, making braided copper tubes one of the top-searched products.
A braided copper tube is a specialized copper piping system reinforced with a tightly woven metallic braid — typically stainless steel or tinned copper — around its exterior. The braid provides extra mechanical strength, prevents kinking, and enhances pressure resistance without compromising the inherent properties of copper, such as:
High thermal conductivity – ideal for heat transfer applications.
Corrosion resistance – ensures long service life, even in moisture-prone environments.
Flexibility – perfect for installations in tight spaces and dynamic systems.
This hybrid design delivers a balance between strength and adaptability, making it suitable for high-pressure and high-temperature systems where traditional solid copper pipes may fall short.
The braided layer works like an armor, distributing pressure evenly and reducing stress on the copper tube underneath. This minimizes fatigue and prevents bursts in high-pressure applications. Additionally, the braid absorbs vibrations and mitigates the impact of mechanical shocks, which is particularly useful in systems with moving components or fluctuating pressures.
For example, in HVAC systems, the braid dampens compressor vibrations and maintains airtight connections over years of operation. In automotive applications, it helps resist wear and tear caused by constant engine vibrations and heat exposure.
To ensure professionals can make informed purchasing decisions, here are the core specifications of our braided copper tubes:
Parameter | Specification |
---|---|
Material | High-purity C12200 copper + stainless-steel braid |
Outer Diameter | 6 mm – 50 mm |
Wall Thickness | 0.8 mm – 2.0 mm |
Working Pressure | Up to 35 bar |
Burst Pressure | 100 bar and above |
Temperature Range | -196°C to +250°C |
Braid Material | 304 / 316 stainless steel or tinned copper |
Standards | ASTM B88, EN 1057, RoHS compliant |
Available Lengths | 1 m – 50 m rolls or custom cut lengths |
These specifications allow seamless integration into multiple systems and ensure compliance with strict international standards.
Braided copper tubes are highly versatile and used in various industries where strength, flexibility, and durability are crucial. Let’s explore their most common applications:
Efficient Heat Transfer: Copper’s superior thermal conductivity enables rapid cooling and heating cycles.
Vibration Control: Braiding minimizes vibrations from compressors and fans, improving energy efficiency.
Leak Prevention: Flexible tubes maintain tight seals even in systems with high dynamic stress.
Corrosion Resistance: Ideal for both hot and cold-water pipelines.
Ease of Installation: Flexibility reduces installation time, especially in tight or complex layouts.
Longevity: Superior lifespan compared to standard rubber or PVC hoses.
Fuel and Brake Lines: Resistant to pressure surges and extreme temperatures.
Engine Cooling Systems: Maintains structural integrity under continuous vibration and thermal expansion.
Lightweight yet Strong: Reduces overall vehicle weight without compromising durability.
Hydraulic Systems: Withstand high-pressure hydraulic fluid transfer.
Gas Delivery Lines: Secure transmission of gases without leakage.
Chemical Plants: Resists corrosion from aggressive chemicals and high temperatures.
By combining strength, flexibility, and excellent thermal properties, braided copper tubes reduce maintenance costs and extend operational lifespans in all these sectors.
Unlike plain copper pipes, the braided exterior layer significantly boosts resistance against mechanical damage, pressure spikes, and environmental wear.
The braided structure allows bending without kinking, simplifying installation and minimizing material stress, particularly useful in confined spaces or mobile systems.
Since the braid doesn’t compromise the copper’s core properties, the tube maintains high conductivity, making it suitable for heating, cooling, and electrical grounding applications.
The stainless-steel braid protects against corrosion and fatigue, ensuring long service life, even in harsh conditions involving moisture, heat, or chemicals.
A1: Braided copper tubes are designed to withstand high-pressure environments of up to 35 bar and burst pressures exceeding 100 bar. The stainless-steel braid distributes internal pressure evenly, preventing ruptures. They also perform reliably within extreme temperature ranges, from cryogenic levels at -196°C to high-heat applications at +250°C.
A2: Yes. We provide custom solutions for size, braid type, wall thickness, and length to meet unique system requirements. Whether you need a compact tube for automotive engines or a long, heavy-duty solution for industrial gas lines, braided copper tubes can be engineered to precise specifications.
Choosing the right supplier is as important as selecting the right product. At quande, we deliver braided copper tubes built to international standards, ensuring quality, safety, and performance. Our products undergo rigorous testing for tensile strength, thermal stability, burst resistance, and corrosion protection.
Whether you’re working on HVAC systems, plumbing solutions, automotive assemblies, or industrial setups, our braided copper tubes provide the reliability and efficiency your projects demand.
Contact us today to discuss your requirements, request a customized solution, or get a free quote tailored to your needs.