English
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Soren20060120
JINGCHENG
3917290000 3904610000 3917390000
Built for demanding, high-risk transfer lines, our high temperature & high pressure heated hose is designed for special industry equipment connections where stable temperature control and reliable pressure performance matter most. It combines heat tracing + insulation to help keep your media flowing smoothly and consistently.
Key Ratings (Catalog)
Max operating temperature: up to 230°C (higher temperature available on request)
Pressure capability: up to 40 MPa or higher (customized)
CTA: Get a custom specification & quote → (Form)
Heated hoses are widely used to transfer water, oil, air, and solutions at constant temperature, mainly for insulation + heat tracing. They help prevent resins, fats, oils, and other viscous fluids from solidifying, freezing, or increasing in viscosity—especially during downtime or cold environments.
The heating layer uses evenly woven heating elements to minimize temperature differences along the inner wall.
High-efficiency insulation materials are used while considering surface temperature.
Designed for domestic and imported special equipment, focused on high temperature & high pressure piping applications.
To match harsh operating conditions, the hose structure can be configured for temperature, pressure, and media compatibility:
Inner liner: Japan Daikin PTFE (per catalog)
Pressure reinforcement: 304 stainless steel wire (per catalog)
Below is a typical reference table from the catalog for this high-temp high-pressure hose series. (Final rating depends on your exact configuration and requirements.)
| ID (inch) | OD (mm) | Burst Pressure (bar) | Burst Pressure (psi) | Min Bend Radius (mm) |
|---|---|---|---|---|
| 5/16” | 13.3 | 450 | 6525 | 15 |
| 3/8” | 15.5 | 440 | 6380 | 20 |
| 1/2” | 19 | 350 | 5075 | 25 |
| 5/8” | 22.7 | 280 | 4060 | 30 |
| 3/4” | 27 | 260 | 3770 | 60 |
| 1” | 34 | 230 | 3335 | 85 |
| 1-1/4” | 43 | 210 | 3045 | 155 |
| 1-1/2” | 49.5 | 200 | 2900 | 200 |
We can customize heated hoses based on your fluid temperature, viscosity, and flow characteristics.
Common configurable parameters include:
Voltage: 12–380 Vac (and other options)
Temperature sensor types: J / K / PT100 / PT1000 (and more)
Hose length & diameter, max temperature, working pressure, power (W/m), and fitting standards
The catalog shows a model format example like JCH–200–16–B–3X220–P2–8–N, where parameters represent operating temperature, ID, liner material type, voltage, sensor type, and pressure code.
To reduce risk of damage, leakage, or failure:
Minimum bend radius: 0.2 m (diameter 0.4 m). Do not bend tighter than this.
Avoid lateral torsion during installation and after installation (torsion may cause leakage, flow loss, hose damage, or hazards).
To ensure temperature and pressure reliability, the catalog states a three-layer assurance process involving (standard) inspection agency testing, internal inspection, and supplier checks.
For the fastest and most accurate recommendation, please send:
Medium (resin/oil/solvent/etc.) + viscosity behavior
Working temperature (normal / max)
Working pressure (normal / peak)
ID/OD, length, installation constraints (bend radius)
Fitting type + standard (NPT/BSP/Metric/Flange/Quick-connect)
Button: Get a Quote / Ask an Engineer
About US
Shenzhen Jingcheng High-tech Co., Ltd. focuses on industrial heating and fluid-transfer solutions. We support B2B customers with electrically heated hoses, heating components, and PTFE tubing assemblies—especially for applications where standard products don’t fit. Our strength is turning operating conditions, installation constraints, media behavior, and control requirements into deliverable custom solutions.
We provide temperature-control and transfer products for demanding industrial use—where heat tracing/insulation, stable temperature transfer, chemical resistance, high temperature, or high pressure are required.
From a single hose to complete assemblies, we customize key parameters such as length, size, construction, fitting standards, voltage, sensors, and temperature control options to improve process stability and reduce downtime.
Built for demanding, high-risk transfer lines, our high temperature & high pressure heated hose is designed for special industry equipment connections where stable temperature control and reliable pressure performance matter most. It combines heat tracing + insulation to help keep your media flowing smoothly and consistently.
Key Ratings (Catalog)
Max operating temperature: up to 230°C (higher temperature available on request)
Pressure capability: up to 40 MPa or higher (customized)
CTA: Get a custom specification & quote → (Form)
Heated hoses are widely used to transfer water, oil, air, and solutions at constant temperature, mainly for insulation + heat tracing. They help prevent resins, fats, oils, and other viscous fluids from solidifying, freezing, or increasing in viscosity—especially during downtime or cold environments.
The heating layer uses evenly woven heating elements to minimize temperature differences along the inner wall.
High-efficiency insulation materials are used while considering surface temperature.
Designed for domestic and imported special equipment, focused on high temperature & high pressure piping applications.
To match harsh operating conditions, the hose structure can be configured for temperature, pressure, and media compatibility:
Inner liner: Japan Daikin PTFE (per catalog)
Pressure reinforcement: 304 stainless steel wire (per catalog)
Below is a typical reference table from the catalog for this high-temp high-pressure hose series. (Final rating depends on your exact configuration and requirements.)
| ID (inch) | OD (mm) | Burst Pressure (bar) | Burst Pressure (psi) | Min Bend Radius (mm) |
|---|---|---|---|---|
| 5/16” | 13.3 | 450 | 6525 | 15 |
| 3/8” | 15.5 | 440 | 6380 | 20 |
| 1/2” | 19 | 350 | 5075 | 25 |
| 5/8” | 22.7 | 280 | 4060 | 30 |
| 3/4” | 27 | 260 | 3770 | 60 |
| 1” | 34 | 230 | 3335 | 85 |
| 1-1/4” | 43 | 210 | 3045 | 155 |
| 1-1/2” | 49.5 | 200 | 2900 | 200 |
We can customize heated hoses based on your fluid temperature, viscosity, and flow characteristics.
Common configurable parameters include:
Voltage: 12–380 Vac (and other options)
Temperature sensor types: J / K / PT100 / PT1000 (and more)
Hose length & diameter, max temperature, working pressure, power (W/m), and fitting standards
The catalog shows a model format example like JCH–200–16–B–3X220–P2–8–N, where parameters represent operating temperature, ID, liner material type, voltage, sensor type, and pressure code.
To reduce risk of damage, leakage, or failure:
Minimum bend radius: 0.2 m (diameter 0.4 m). Do not bend tighter than this.
Avoid lateral torsion during installation and after installation (torsion may cause leakage, flow loss, hose damage, or hazards).
To ensure temperature and pressure reliability, the catalog states a three-layer assurance process involving (standard) inspection agency testing, internal inspection, and supplier checks.
For the fastest and most accurate recommendation, please send:
Medium (resin/oil/solvent/etc.) + viscosity behavior
Working temperature (normal / max)
Working pressure (normal / peak)
ID/OD, length, installation constraints (bend radius)
Fitting type + standard (NPT/BSP/Metric/Flange/Quick-connect)
Button: Get a Quote / Ask an Engineer
About US
Shenzhen Jingcheng High-tech Co., Ltd. focuses on industrial heating and fluid-transfer solutions. We support B2B customers with electrically heated hoses, heating components, and PTFE tubing assemblies—especially for applications where standard products don’t fit. Our strength is turning operating conditions, installation constraints, media behavior, and control requirements into deliverable custom solutions.
We provide temperature-control and transfer products for demanding industrial use—where heat tracing/insulation, stable temperature transfer, chemical resistance, high temperature, or high pressure are required.
From a single hose to complete assemblies, we customize key parameters such as length, size, construction, fitting standards, voltage, sensors, and temperature control options to improve process stability and reduce downtime.
