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Soren20060324
JINGCHENG
3917290000 3904610000 3917390000
In extrusion systems, hose performance has a direct impact on production stability. A hose is not only a transfer component between machine points. It also affects temperature retention, pressure reliability, material flow continuity, and the consistency of the final process output.
That is why a dedicated heated hose for extruder machine connections is so important. According to your product catalog, this hose is designed for a wide range of extrusion equipment, extruders, and marking machines as a material soft connection solution. The catalog states that it can reach a maximum operating temperature of 250°C and can withstand 35 MPa at 250°C, making it a strong option for demanding high-temperature, high-pressure extrusion applications.
Unlike a general-purpose industrial hose, this product is built specifically for extrusion-related applications where temperature control and pressure resistance must work together. In extrusion processes, if the material cools down too early, flow behavior can change quickly. That can lead to unstable transfer, material thickening, process inconsistency, or unnecessary downtime.
Your catalog specifically positions this hose for various extrusion devices, extruders, and line-marking machines. It is not described as a generic hose. It is presented as a dedicated connection hose for heated material transfer in equipment that requires reliable thermal performance under pressure. The same catalog also notes long-term stable cooperation with multiple well-known domestic extruder manufacturers, which adds practical application credibility to the product positioning.
Extrusion lines often handle temperature-sensitive media. Once the transfer temperature drops, the material may become more viscous, less stable, or harder to move smoothly through the system. Stable heating is therefore not just a convenience. It is part of process protection.
Pressure capability is equally important. In machine connection points, the hose must not only preserve heat but also withstand demanding working pressure. Your catalog states that this extruder connection hose can operate up to 250°C and can withstand 35 MPa under 250°C conditions. That combination makes it highly relevant for customers who need both temperature retention and mechanical strength in one integrated hose assembly.
This hose is specifically intended for extrusion equipment, extruders, and marking machines. That makes it a more application-focused solution than a universal heated hose. It is built around the needs of extrusion-related material transfer.
Your catalog states that the maximum operating temperature can reach 250°C. This gives the hose a clear advantage in production environments where media temperature must remain high and stable during transfer.
According to your catalog, the hose can withstand 35 MPa at 250°C. That is a strong technical selling point for customers working with demanding extrusion systems and high-pressure heated transfer requirements.
A hose used between critical machine points must do more than move material. It must perform reliably under continuous production stress. The catalog positions this hose as a dedicated material soft connection product for industrial extrusion applications, which supports its suitability for demanding machine-duty environments.
The catalog includes standard size data for this product, covering inner diameters from 3/8” to 1”, with corresponding working pressure, burst pressure, and minimum bend radius values. That gives buyers a useful base range for selecting the right hose for different extrusion layouts and flow requirements.
Below is a clear summary of the actual product data taken from your catalog for this second product:
| Item | Our Data |
|---|---|
| Product Type | Extruder Machine Dedicated Connection Hose |
| Main Application | Material soft connection for various extrusion equipment, extruders, and marking machines |
| Maximum Operating Temperature | Up to 250°C |
| Pressure Capability | Up to 35 MPa at 250°C |
| Industry Experience Note | Long-term stable cooperation with multiple well-known domestic extruder manufacturers |
| Standard Size Range Shown | 3/8” to 1” |
| Data Included in Catalog | Inner diameter, outer diameter, working pressure, burst pressure, minimum bend radius |
All of the above specifications are stated in your PDF product description for the second item.
| Inner Diameter | Outer Diameter (mm ±0.2) | Working Pressure (bar) | Working Pressure (psi) | Burst Pressure (bar) | Burst Pressure (psi) | Min. Bend Radius (mm) |
|---|---|---|---|---|---|---|
| 3/8" | 15.5 | 110 | 1595 | 440 | 6380 | 20 |
| 1/2" | 19 | 88 | 1269 | 350 | 5075 | 25 |
| 5/8" | 22.7 | 70 | 1015 | 280 | 4060 | 30 |
| 3/4" | 27 | 65 | 943 | 260 | 3770 | 60 |
| 1" | 34 | 57.5 | 834 | 230 | 3335 | 85 |
These values are taken from the product specification table shown in your catalog.
These figures are not just catalog numbers. They directly influence how stable the hose will be during real extrusion work.
A hose capable of operating up to 250°C supports processes where the material must remain heated throughout transfer. A pressure capability of 35 MPa at 250°C provides a stronger safety and performance margin for demanding heated transfer conditions. The standard table data also helps buyers evaluate whether a given hose size can meet flow, pressure, and installation requirements without compromising bend flexibility or mechanical integrity.
This type of heated hose is well suited for:
extrusion equipment
extruder machine connections
heated material transfer lines
line-marking machine material transfer
OEM machine integration projects
replacement of worn or underperforming heated connection hoses
The catalog specifically positions this hose for various extrusion devices, extruders, and marking machines, which makes these application scenarios directly aligned with your own product data.
In actual extrusion projects, customers rarely need a completely standard hose. They need a hose that matches the process temperature, material characteristics, pressure requirement, installation space, and connection structure of the machine.
Your catalog explains more broadly that electric heated hoses can be customized according to the temperature, viscosity, and flowability of the fluid inside the hose. That matters because extrusion media and production setups vary significantly from one customer to another. A more customized hose solution can help reduce mismatch, improve thermal efficiency, and support longer service life in real use.
Your company profile in the catalog shows that Shenzhen Jingcheng focuses on PTFE hoses, PA hoses, PTFE high-pressure hoses, and PTFE electrically heated hoses, while providing complete thermal fluid insulation and transfer solutions. The same catalog also states that your heated hoses are used in industries such as pharmaceutical thermal transfer, petroleum transfer, automotive coating lines, flue gas portable sampling, and hot melt adhesive transfer.
That background adds weight to the product. It suggests that this is not simply a catalog item from a trading company. It is a hose solution supported by manufacturing experience, application understanding, and the ability to adapt products to different industrial working conditions.
For B2B buyers, this also connects directly to the commercial value you want to highlight: short lead time, strong customization, responsive service, sample support, and cost-effective China manufacturing.
A heated hose for extruder machine connections is not just a flexible link between two machine points. It is a temperature-control and pressure-management component that helps protect the stability of the whole process.
For customers running extrusion equipment, Shenzhen Jingcheng’s Extruder Machine Dedicated Connection Hose offers a practical combination of high-temperature capability, strong pressure resistance, application-specific design, and catalog-backed engineering data. When the process demands reliable material transfer at high heat and high pressure, this kind of dedicated heated hose can help improve consistency, reduce interruption risk, and lower long-term operating cost.
In extrusion systems, hose performance has a direct impact on production stability. A hose is not only a transfer component between machine points. It also affects temperature retention, pressure reliability, material flow continuity, and the consistency of the final process output.
That is why a dedicated heated hose for extruder machine connections is so important. According to your product catalog, this hose is designed for a wide range of extrusion equipment, extruders, and marking machines as a material soft connection solution. The catalog states that it can reach a maximum operating temperature of 250°C and can withstand 35 MPa at 250°C, making it a strong option for demanding high-temperature, high-pressure extrusion applications.
Unlike a general-purpose industrial hose, this product is built specifically for extrusion-related applications where temperature control and pressure resistance must work together. In extrusion processes, if the material cools down too early, flow behavior can change quickly. That can lead to unstable transfer, material thickening, process inconsistency, or unnecessary downtime.
Your catalog specifically positions this hose for various extrusion devices, extruders, and line-marking machines. It is not described as a generic hose. It is presented as a dedicated connection hose for heated material transfer in equipment that requires reliable thermal performance under pressure. The same catalog also notes long-term stable cooperation with multiple well-known domestic extruder manufacturers, which adds practical application credibility to the product positioning.
Extrusion lines often handle temperature-sensitive media. Once the transfer temperature drops, the material may become more viscous, less stable, or harder to move smoothly through the system. Stable heating is therefore not just a convenience. It is part of process protection.
Pressure capability is equally important. In machine connection points, the hose must not only preserve heat but also withstand demanding working pressure. Your catalog states that this extruder connection hose can operate up to 250°C and can withstand 35 MPa under 250°C conditions. That combination makes it highly relevant for customers who need both temperature retention and mechanical strength in one integrated hose assembly.
This hose is specifically intended for extrusion equipment, extruders, and marking machines. That makes it a more application-focused solution than a universal heated hose. It is built around the needs of extrusion-related material transfer.
Your catalog states that the maximum operating temperature can reach 250°C. This gives the hose a clear advantage in production environments where media temperature must remain high and stable during transfer.
According to your catalog, the hose can withstand 35 MPa at 250°C. That is a strong technical selling point for customers working with demanding extrusion systems and high-pressure heated transfer requirements.
A hose used between critical machine points must do more than move material. It must perform reliably under continuous production stress. The catalog positions this hose as a dedicated material soft connection product for industrial extrusion applications, which supports its suitability for demanding machine-duty environments.
The catalog includes standard size data for this product, covering inner diameters from 3/8” to 1”, with corresponding working pressure, burst pressure, and minimum bend radius values. That gives buyers a useful base range for selecting the right hose for different extrusion layouts and flow requirements.
Below is a clear summary of the actual product data taken from your catalog for this second product:
| Item | Our Data |
|---|---|
| Product Type | Extruder Machine Dedicated Connection Hose |
| Main Application | Material soft connection for various extrusion equipment, extruders, and marking machines |
| Maximum Operating Temperature | Up to 250°C |
| Pressure Capability | Up to 35 MPa at 250°C |
| Industry Experience Note | Long-term stable cooperation with multiple well-known domestic extruder manufacturers |
| Standard Size Range Shown | 3/8” to 1” |
| Data Included in Catalog | Inner diameter, outer diameter, working pressure, burst pressure, minimum bend radius |
All of the above specifications are stated in your PDF product description for the second item.
| Inner Diameter | Outer Diameter (mm ±0.2) | Working Pressure (bar) | Working Pressure (psi) | Burst Pressure (bar) | Burst Pressure (psi) | Min. Bend Radius (mm) |
|---|---|---|---|---|---|---|
| 3/8" | 15.5 | 110 | 1595 | 440 | 6380 | 20 |
| 1/2" | 19 | 88 | 1269 | 350 | 5075 | 25 |
| 5/8" | 22.7 | 70 | 1015 | 280 | 4060 | 30 |
| 3/4" | 27 | 65 | 943 | 260 | 3770 | 60 |
| 1" | 34 | 57.5 | 834 | 230 | 3335 | 85 |
These values are taken from the product specification table shown in your catalog.
These figures are not just catalog numbers. They directly influence how stable the hose will be during real extrusion work.
A hose capable of operating up to 250°C supports processes where the material must remain heated throughout transfer. A pressure capability of 35 MPa at 250°C provides a stronger safety and performance margin for demanding heated transfer conditions. The standard table data also helps buyers evaluate whether a given hose size can meet flow, pressure, and installation requirements without compromising bend flexibility or mechanical integrity.
This type of heated hose is well suited for:
extrusion equipment
extruder machine connections
heated material transfer lines
line-marking machine material transfer
OEM machine integration projects
replacement of worn or underperforming heated connection hoses
The catalog specifically positions this hose for various extrusion devices, extruders, and marking machines, which makes these application scenarios directly aligned with your own product data.
In actual extrusion projects, customers rarely need a completely standard hose. They need a hose that matches the process temperature, material characteristics, pressure requirement, installation space, and connection structure of the machine.
Your catalog explains more broadly that electric heated hoses can be customized according to the temperature, viscosity, and flowability of the fluid inside the hose. That matters because extrusion media and production setups vary significantly from one customer to another. A more customized hose solution can help reduce mismatch, improve thermal efficiency, and support longer service life in real use.
Your company profile in the catalog shows that Shenzhen Jingcheng focuses on PTFE hoses, PA hoses, PTFE high-pressure hoses, and PTFE electrically heated hoses, while providing complete thermal fluid insulation and transfer solutions. The same catalog also states that your heated hoses are used in industries such as pharmaceutical thermal transfer, petroleum transfer, automotive coating lines, flue gas portable sampling, and hot melt adhesive transfer.
That background adds weight to the product. It suggests that this is not simply a catalog item from a trading company. It is a hose solution supported by manufacturing experience, application understanding, and the ability to adapt products to different industrial working conditions.
For B2B buyers, this also connects directly to the commercial value you want to highlight: short lead time, strong customization, responsive service, sample support, and cost-effective China manufacturing.
A heated hose for extruder machine connections is not just a flexible link between two machine points. It is a temperature-control and pressure-management component that helps protect the stability of the whole process.
For customers running extrusion equipment, Shenzhen Jingcheng’s Extruder Machine Dedicated Connection Hose offers a practical combination of high-temperature capability, strong pressure resistance, application-specific design, and catalog-backed engineering data. When the process demands reliable material transfer at high heat and high pressure, this kind of dedicated heated hose can help improve consistency, reduce interruption risk, and lower long-term operating cost.
