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Sheath Tubing

Angiographic Catheter

DTC has extensive experience in extrusion solutions and sheath PTFE tubing for the global medical device community. Our solutions portfolio, fluoropolymer and thermoplastic, are suitable for many applications, especially with minimally invasive delivery devices like Medical Catheters. Our tubing has different medical applications and get used as a part of various medical devices. Infusion Technology, Cardiovascular EP/CRM/Structural Heart/Pheripheral Vascular, Urology, Endoscopy and Gastroenterology, Neurovascular, Gynaecology Lab and Analytics.

Deep Medical Tubing Expertise

The tubing line of DTC has enlarged to include specialized items such as polyimide tubing, PTFE tubing, and a full range of single and multi-lumen, multi-layer extruded tubing


The ultrathin, high-strength, and intensely precise heat-stabilized non-shrink tubing, perfect for precision sheaths or covers, catheter tubing and liners, insulating sleeving, and viewing windows, remains dimensionally resistant at high temperatures as 100°C (212°F) or higher

Polyimide & Composite Film Cast Tubing

DTC has a broad and versatile medical tubing line. Our large selection of polyimide tubing features: Very thin wall thickness, Tight-tolerance inner and outer diameters, Outstanding electrical insulation properties, Stiffness and column strength as required, Ability to withstand very high temperatures, 81 different layering and custom composite configurations.

Applications of Polyimide

Retention sheath for self-expanding stents, Expanded lumen for balloons, Suction lumen for atherectomy devices, Liner material for lumens that contain catheter-steering wires, Low-diameter guidewire designs or guidewire outer sheaths, High-temperature or gamma radiation-resistant tubing applications, Applications requiring great tensile strength, torque transmission, or column rigidity and accurate wire coating.

PTFE Tubing

PTFE is processed using a sintering method, where the material is heated to a temperature below its melting point for an extended period of time. PTFE was the first fluoropolymer to be discovered. It is also the most difficult to process. Because it The PTFE crystals unravel and interlock with each other, allowing the plastic to take the shape it is intended to take.PTFE has been used in the medical industry since the 1960s. In the present time, it is ordinarily being used for split-sheath introducers and dilators. In addition to this, it is also used for lubricious catheter liners and heat shrink tubing.Due to the chemical strength and low coefficient of friction, PTFE is considered an ideal catheter liner.


PTFE (polytetrafluoroethylene) provides a lubricious inner layer ideal for catheter applications that require low friction for enhanced: Guidewire tracking, Balloon protectors, Fluid flow, Liner, Steering wire tracking. Passage of other devices, Irrigation, Introducer sheaths, Fluid transfer tubing.

Properties of PTFE

PTFE has the lowest coefficient of friction of any polymer, making it a popular choice for catheter applications that require lubricity. What it also features is the temperature and chemical protection biocompatibility explicit tolerances high dielectric strength sterling insulative properties.

Extruded Tubing

DTC has a rewarding track history of delivering high-precision, and specialized extruded tubing to the medical device industry. We also provide high-performance tubing for detracting applications in the medical industry. We offer medical-grade extruded tubing with expanded in our facilities with less than two weeks lead time on new projects specific to multi-layer PTA/PTCA applications, single-lumen, and multi-lumen tubing. We also scale to your production needs with ISO 13485 certified manufacturing facilities, and Class 8 qualified production cleanrooms.


Single-Lumen Extruded Tubing, Multi-Lumen Extruded Tubing, Multi-Layer Extruded Tubing, Co-Extruded/Stripe Tubing, Fluoropolymer Extruded Tubing, PEEK Extruded Tubing, Tapered & Bump Extruded Tubing, Profile Extruded Tubing


Features

  • Biocompatibility according to USP VI
  • Size, color and hardness can be custom tailored to your requirement
  • Materials: FEP, ETFE
  • Excellent radiopaque visibility, radiopaque options: Ba2SO4, Bi2O3
  • Smooth surface, good bending resistance
  • Hydrophilic coating compatible
  • Easy for tip forming process


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Customize Balloon Development

Online balloon design for minimally invasive balloons including angioplasty, valvuloplasty, compliant, non-compliant, semi compliant balloons and custom designs.

Step 1 – Determine your balloon shape requirements


Standard ShapeCustom Shape

Accepted file types: pdf, xls, doc, ppt, jpg, gif, png.

Step 2 – Tell us more about your technical balloon requirements

Balloon Dimensional Requirements

Unit conversion: 1 mil = 0.001” = 0.0254mm 1 Atm = 0.1013 MPa = 14.7 PSI

Double Wall Thickness: Wall Thickness x 2.

Indicate Delivery System/Shaft size compatibility or Balloon Neck Size

Delivery System or Balloon Neck*

Delivery System/Shaft Size CompatibilityBalloon Neck Requirements

Balloon Neck Requirements

Material


Balloon Performance Requirements

This is the minimum rated burst pressure of the balloon.

This is an average burst pressure not a rated pressure.


Special Requirements

e.g. materials, specification, matrix of sizes required

Step 3 – Tell us about you & your balloon project

Contact Name*