Stop by Booth 1106 at Medtec Japan 2019 to check out our NEW Tie Layer and FEP 2:1 Heat Shrink, along with other exciting product offerings.
Tie Layer is a new solution for catheter construction created to reduce delamination. This ultra-thin thermoplastic coating is applied over a catheter liner during construction. By creating a stronger bond between the outer catheter jacket and inner liner, Zeus’ Tie Layer solution enhances and increases consistency in catheter performance and ultimately improves patient safety. Our new Tie Layer is:
Making complex transitions the new normal. With its larger shrink ratio, FEP 2:1 heat shrink tubing molds itself around even more intricate and irregular shapes to form a completely sealed covering. FEP is optically clear which allows you to see the covered components. Our new FEP 2:1 heat shrink provides:
The StreamlinerTM Series offers the thinnest PTFE baseliners yet with exceptional strength and functionality. Our StreamlinerTM XT offers a maximum all thickness of 0.00075″ (0.01905 mm). StreamlinerTM VT is slightly larger and provides a maximum wall thickness of 0.001″ (0.025 mm). These products provides greater catheter lumen potential and the lubricity of PTFE. These liners deliver:
Ayumu Watanabe: Japan Country Sales Manager
Ayumu Watanabe is the Japan Country Sales Manager for Zeus Industrial Products, Inc. With more than 20 years of industrial sales and marketing experience, Ayumu is responsible for business development in Japanese medical and industrial markets.
Matt Allen: Global Manager, Medical Markets
As the Global Manager, Matt Allen is responsible for the core medical market verticals: Endovascular, Structural Heart, CRM/EP and GI Endo. With 17 years of experience in medical Sales and Marketing, Matt and his team drive strategic planning, market research, and New Product Introduction
Medtec Japan
Tokyo Big Sight
March 18-20, 2019
Booth 1106
As the global leader of advanced extrusions – from tubing to heat shrinks to nanofiber composites – our diverse product lines turn polymers into possibilities.