Junkosha 流体输送用软管

阻隔软管

氟树脂与不同物性的原料组合并进行多层挤出成型后,除了氟树脂原本具有的耐化学性、抗粘性、低溶出性等优点外,还可获得氟树脂软管所不具备的阻隔性、柔软性、导电性、耐压弯性等高功能特性,从而应用于各种药液的配管。

特性

●多层结构可抑制酸、水分、气体、紫外线的穿透。
●多层结构提高了柔软性、耐压弯性、耐磨损性。

应用

●涂抹设备用软管
●打印机用软管
●集中润滑设备用软管
●分析设备用软管
Solvent / Moisture Barrier TubeGas / Oxygen Barrier TubeInternal Visibility UV Shielding Tube
TypeHB1HB2HB3
ShapeStraightStraightStraight
Tube
Structure
Inner Layer: Special Barrier Fluoropolymer
Outer Layer: Flexible Polymer
Inner layer: Special Barrier Fluoropolymer
Intermediate Layer: Gas Barrier Polymerouter Layer: Polyolefin
Inner Layer: Special Barrier Fluoropolymer
Outer Layer: UV Shielding Special Polymer
Maximum Operating Pressure (MPa)<0.25~0.50<0.25~0.50<0.25~0.50
Operating Temperature Limit0~+70℃0~+70℃0~+70℃
ColorNatural Color or BlackNatural Color or BlackYellow
Chemical Resistance of Barrier Tube

HB1 Tube Technical Data

Solvent / Moisture Barrier Performance
Flexibility Comparison
The test tube (φ6 × 4) was bent into a U shape, and the repulsive force from a bending radius of 50 mm to 10 mm was measured.

HB2 Tube Technical Data

Oxygen Permeation Test
The tube was filled with degassed water, and the change was measured in dissolved oxygen concentration that passed through the tube.

HB3 Tube Technical Data

Ink Solidification Prevention Effect and Visibility Comparison
The tube was filled with ink, irradiated with black light (365 mmm) for 2 hours, and then the tube cross section was observed.
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