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。
●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
●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 Tube | Gas / Oxygen Barrier Tube | Internal Visibility UV Shielding Tube | |
| Type | HB1 | HB2 | HB3 |
| Shape | Straight | Straight | Straight |
| 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 Limit | 0~+70℃ | 0~+70℃ | 0~+70℃ |
| Color | Natural Color or Black | Natural Color or Black | Yellow |
- 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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