Kaneka Corporation

Takuro Koda

Katsuyuki Tsuneoka

Toshiyuki Komatsu

Hesong Ye

Komatsum Toshiyuki

The present application relates to a method for producing a catheter tube. The method including sucking gas from a second endof a tubular bodywhile introducing pressurized gas into a lumenof the tubular bodyfrom a first endof the tubular body, so that an internal pressure is applied to the lumenof the tubular bodyby introducing the pressurized gas, and the tubular bodyis delivered in a direction from the first endto the second endby sucking the gas from the second endof the tubular body

Method for producing catheter tube

Provided are a dip coating device which minimizes attachment of a coating material to a member to which a member to be coated is fixed, thereby facilitating coating of the member to be coated and a method for producing a coated member which is obtained by dip coating a member to be coated with a coating material. The dip coating deviceof the present invention for coating a member to be coatedwith a coating material, comprises a reservoirthat stores a coating material, a first fixing partthat holds a member to be coated, and a second fixing partdirectly or indirectly provided on a wallof the reservoir, wherein the first fixing partand the second fixing partmagnetically attract to each other.

Dip coating device and method for producing coated member

A method for manufacturing an elastic tubular body, comprises a first step of inserting a rod-like conductive memberinto an elastic tubular bodya second step of giving a first electrical potential to the rod-like conductive memberand a third step of applying a coating materialcharged to a second electrical potential to the elastic tubular bodywherein the rod-like conductive memberhas a deformed cross-sectional shape in a direction vertical to an axial direction.

Method for manufacturing elastic tubular body

In a balloon tube () which is processed after it is mounted on a mold, a bag part () has a plurality of parts having a different drawability in a radial direction centered around an axial direction X, disposed along the axial direction X. The highest drawability part (), which has the highest drawability, is disposed to separate from both ends of the bag part () in the axial direction X thereof. The balloon tube () is preferable to stably fabricate a balloon having a uniform film thickness.

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Settsu, Japan

Takuro Koda