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Soren20060126
JINGCHENG
3917290000 3904610000 3917390000
Pharmaceutical and medical-process fluids can’t tolerate temperature drift. Viscosity shifts, crystallization, and unstable flow quickly turn into dosing inconsistency, downtime, and scrap—especially when ambient conditions change across the line.
Our Medical-Grade Heated Hose is built for medical equipment and pharmaceutical transfer, using a custom medical-grade wetted tube/liner and fully configurable heating + insulation to keep media stable from tank to end point.
Max media temperature up to 230°C (design-dependent) for demanding heated transfer lines.
Medical equipment application-ready: custom medical-grade “wetted” inner tube/liner (design-dependent).
More uniform internal temperature: braided heating element structure helps minimize inner-wall temperature variation (design-dependent).
High insulation efficiency: designed with surface temperature considerations (design-dependent).
Voltage range 12Vac–380Vac (design-dependent) plus multiple sensor options for closed-loop control.
Pressure capability reference up to 173 bar working (design-dependent) depending on size/structure.
When pharma/medical fluids must stay within a narrow process window, the hose becomes a “control point,” not a consumable. A purpose-built heated hose helps you:
Hold set temperature end-to-end to keep viscosity stable and flow repeatable
Reduce cold spots that trigger crystallization/solidification and line plugging
Improve process uptime by reducing stoppages, rework, and cleaning frequency
Integrate sensors to match your controller logic for tighter process control
Custom medical-grade wetted liner (design-dependent)
Built for medical equipment transfer needs with a customized, medical-grade inner tube/liner.
Stable heating architecture for uniform temperature (design-dependent)
Braided heating element design helps reduce inner-wall temperature differences during operation.
High-efficiency insulation + sensor-ready control (design-dependent)
Designed with insulation efficiency and surface temperature in mind, with multiple sensor options available.
| ID (inch) | OD (mm) | Working Pressure (bar/psi) | Burst Pressure (bar/psi) | Min Bend Radius (mm) |
|---|---|---|---|---|
| 1/4" | 9.0 | 173 / 2501 | 690 / 10005 | 30 |
| 3/8" | 12.4 | 135 / 1958 | 540 / 7830 | 60 |
| 1/2" | 15.9 | 118 / 1704 | 470 / 6815 | 150 |
| 5/8" | 19.0 | 88 / 1269 | 350 / 5075 | 180 |
| 3/4" | 22.6 | 85 / 1234 | 340 / 4930 | 260 |
| 1" | 29.5 | 75 / 1088 | 300 / 4350 | 300 |
Reference values shown from the catalog table; final ratings are design-dependent and will be confirmed by model/build.
Electrical & Control
Voltage: 380Vac / 220Vac / 110Vac / 12Vdc (design-dependent)
Sensors: J / K thermocouple, NI120, PT100, PT1000, or custom
Power density options: 110 / 150 / 170 / 200 W/m (design-dependent)
Hose Geometry
Length options: 0.1 m, 3 m, 4.5 m, 5 m, 6 m, 10 m, or custom
Diameter options: Φ8 / Φ12 / Φ16 / Φ19 / Φ25, or custom
Thermal & Pressure Targets
Max temperature options shown: 400°C / 200°C / 120°C / 100°C (design-dependent)
Pressure options shown: 4 / 10 / 20 / 35 MPa (design-dependent)
Fittings & Interfaces
Fitting standards: US / UK / Metric (or custom)
Send us the following to get a fast, accurate configuration:
Media name + concentration (and whether it crystallizes/solidifies)
Required set temperature and acceptable deviation
Ambient temperature range + heated zones along the route
Flow rate, viscosity range, and whether flow is continuous or intermittent
Working pressure, pressure spikes, and safety margin target
Hose length, routing constraints, and minimum bend radius requirement
Preferred voltage, controller type, and sensor preference (PT100 / TC, etc.)
Fitting standard + end connections (US/UK/Metric, custom)
Cleaning method (flush/solvent), exposure time, and any sterilization needs
We develop and manufacture multiple PTFE hose types and electrically heated hoses, and provide complete heated fluid transfer solutions.
Typical workflow: requirements → engineering proposal → sample (if needed) → production → QC → shipment.
Pharmaceutical and medical-process fluids can’t tolerate temperature drift. Viscosity shifts, crystallization, and unstable flow quickly turn into dosing inconsistency, downtime, and scrap—especially when ambient conditions change across the line.
Our Medical-Grade Heated Hose is built for medical equipment and pharmaceutical transfer, using a custom medical-grade wetted tube/liner and fully configurable heating + insulation to keep media stable from tank to end point.
Max media temperature up to 230°C (design-dependent) for demanding heated transfer lines.
Medical equipment application-ready: custom medical-grade “wetted” inner tube/liner (design-dependent).
More uniform internal temperature: braided heating element structure helps minimize inner-wall temperature variation (design-dependent).
High insulation efficiency: designed with surface temperature considerations (design-dependent).
Voltage range 12Vac–380Vac (design-dependent) plus multiple sensor options for closed-loop control.
Pressure capability reference up to 173 bar working (design-dependent) depending on size/structure.
When pharma/medical fluids must stay within a narrow process window, the hose becomes a “control point,” not a consumable. A purpose-built heated hose helps you:
Hold set temperature end-to-end to keep viscosity stable and flow repeatable
Reduce cold spots that trigger crystallization/solidification and line plugging
Improve process uptime by reducing stoppages, rework, and cleaning frequency
Integrate sensors to match your controller logic for tighter process control
Custom medical-grade wetted liner (design-dependent)
Built for medical equipment transfer needs with a customized, medical-grade inner tube/liner.
Stable heating architecture for uniform temperature (design-dependent)
Braided heating element design helps reduce inner-wall temperature differences during operation.
High-efficiency insulation + sensor-ready control (design-dependent)
Designed with insulation efficiency and surface temperature in mind, with multiple sensor options available.
| ID (inch) | OD (mm) | Working Pressure (bar/psi) | Burst Pressure (bar/psi) | Min Bend Radius (mm) |
|---|---|---|---|---|
| 1/4" | 9.0 | 173 / 2501 | 690 / 10005 | 30 |
| 3/8" | 12.4 | 135 / 1958 | 540 / 7830 | 60 |
| 1/2" | 15.9 | 118 / 1704 | 470 / 6815 | 150 |
| 5/8" | 19.0 | 88 / 1269 | 350 / 5075 | 180 |
| 3/4" | 22.6 | 85 / 1234 | 340 / 4930 | 260 |
| 1" | 29.5 | 75 / 1088 | 300 / 4350 | 300 |
Reference values shown from the catalog table; final ratings are design-dependent and will be confirmed by model/build.
Electrical & Control
Voltage: 380Vac / 220Vac / 110Vac / 12Vdc (design-dependent)
Sensors: J / K thermocouple, NI120, PT100, PT1000, or custom
Power density options: 110 / 150 / 170 / 200 W/m (design-dependent)
Hose Geometry
Length options: 0.1 m, 3 m, 4.5 m, 5 m, 6 m, 10 m, or custom
Diameter options: Φ8 / Φ12 / Φ16 / Φ19 / Φ25, or custom
Thermal & Pressure Targets
Max temperature options shown: 400°C / 200°C / 120°C / 100°C (design-dependent)
Pressure options shown: 4 / 10 / 20 / 35 MPa (design-dependent)
Fittings & Interfaces
Fitting standards: US / UK / Metric (or custom)
Send us the following to get a fast, accurate configuration:
Media name + concentration (and whether it crystallizes/solidifies)
Required set temperature and acceptable deviation
Ambient temperature range + heated zones along the route
Flow rate, viscosity range, and whether flow is continuous or intermittent
Working pressure, pressure spikes, and safety margin target
Hose length, routing constraints, and minimum bend radius requirement
Preferred voltage, controller type, and sensor preference (PT100 / TC, etc.)
Fitting standard + end connections (US/UK/Metric, custom)
Cleaning method (flush/solvent), exposure time, and any sterilization needs
We develop and manufacture multiple PTFE hose types and electrically heated hoses, and provide complete heated fluid transfer solutions.
Typical workflow: requirements → engineering proposal → sample (if needed) → production → QC → shipment.
