Balloon Tubing

Multi-lumen tubing is designed with multiple channels within a single tube, featuring various external shapes and lumen configurations, to allow simultaneous access for guidewires, medications, gases, and other substances. Our rich production experience and good extrusion technology can ensure the stability of our Multi-lumen Tubing and provide support for your project.

Balloon tubing is primarily used for the processing of the balloon body in balloon dilatation catheters (commonly referred to as balloons), serving as the core and critical component of balloon tubing. With extensive extrusion experience, we are capable of consistently providing you with balloon tubing that features tight tolerances and good mechanical properties, meeting your requirements.

The medical multi-layer tubing is constructed from two or more layers of materials, each selected based on specific criteria such as strength, flexibility, chemical resistance, and impermeability. The inner and outer layers may consist of different materials, with the inner layer prioritizing biocompatibility and the outer layer providing additional strength or protection.

The application of TPU materials in radiopaque tubing is becoming more and more widespread, bringing new breakthroughs in fields such as medical diagnosis.

Ultra thin wall medical tubing is distinguished by its slender wall thickness, precise inner diameter, diverse material options, and good biocompatibility. The thin-wall design of these tubes allows for sufficient strength while reducing irritation and damage to internal tissues, significantly reducing the risk of infection and complications. Moreover, the precise control of the inner diameter ensures stable and efficient fluid transport, and the variety of materials caters to the complex requirements of various medical scenarios.

The braid-reinforced tubing is crafted through co-extrusion or reflow processes, embedding metal or fiber braided structures between two layers of material. This innovative design significantly enhances the tube's burst pressure resistance, column strength, and torque transmission. The braiding angle, coverage, and the dimensions, shape, and strength of the reinforcing materials are critical in determining the performance of the tubes. We pride ourselves on producing mesh-braided tubes with high precision and good mechanical properties, which can be tailored to meet your specific requirements.

Coil Reinforced Tubing is manufactured by incorporating spring coils between two layers of material through co-extrusion or reflow processes, resulting in composite tubing with enhanced pressure resistance, fold resistance, and torsional control. We are committed to meeting our clients' specific requirements by customizing product development and production accordingly. The coil reinforced tubing is characterized by their good smoothness, strong compatibility, and good support.

The steerable sheath is a distal adjustable bending sheath that can be adjusted in vitro so that the distal end of the sheath can be bent to different angles in the patient. It has precise pointing and can adapt to different anatomical structures.

High-Pressure Braided Tubing, or High-Pressure Monitoring Tubing, is used to inject contrast media and other medical solutions during PTCA, PCI procedures or angioplasty procedures.

Micro catheters are small-sized reinforced catheters, usually with an outer diameter of less than 1 mm. They are often used in minimally invasive surgeries of complex blood vessels in the human body and can enter tiny blood vessels and cavities in the human body, such as nerve vessels, to achieve precise treatment. Our micro catheters have good flexibility, maneuverability and biocompatibility, and can well meet the needs of clinical operations.

Medical Polyimide Tubing exhibits good strength and wear resistance, maintaining its performance even at small dimensions. For medical surgical applications that demand additional lubricity, PI/PTFE composite materials offer a lower coefficient of friction, thereby reducing the surface resistance of the tubing. By combining the unique properties of PI and PTFE, the tubing ensures a sufficiently smooth inner wall, while the PI component enhances the structural support of the entire tube, effectively preventing deformation.