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Soren20060408
JINGCHENG
3917290000 3904610000 3917390000
In medical equipment systems, hose performance matters far beyond simple transfer. It can affect temperature stability, media consistency, system reliability, and equipment compatibility. When the transferred medium is temperature-sensitive, a poorly matched hose may lead to unstable flow, heat loss, or reduced process consistency.
That is why a dedicated medical equipment hose matters. Shenzhen Jingcheng’s medical equipment hose is designed for applications where transfer stability, material compatibility, and customization are all essential. According to your catalog, this product is suitable for various medical equipment, uses a custom medical-grade inner tube, and supports full customization according to customer requirements.
This product is not positioned as a general-purpose industrial hose. It is developed for medical-equipment-related applications, where hose material, stability, and adaptability are especially important.
In many heated transfer systems, the hose must do more than connect one part of the equipment to another. It must help maintain temperature, reduce heat loss, and provide a more stable transfer path for the medium. In medical equipment, that requirement becomes even more important because the hose often needs to match specific material, structural, or installation needs.
Your catalog states that this hose has a maximum heat resistance of up to 230°C, with higher-temperature customization available on request. It also uses uniformly braided heating elements to reduce temperature differences along the inner wall and high-insulation-efficiency materials to support better thermal retention.
This hose is specifically positioned for medical equipment, giving it a clearer application focus than a general heated hose. That makes it more relevant for buyers looking for hoses suited to specialized equipment systems.
One of the strongest selling points in your catalog is the use of a custom medical-grade inner tube. This is a major value point because the inner tube material is often one of the most important factors in equipment compatibility and transfer reliability.
The catalog explicitly states that all hose lines can be customized according to requirements. For medical-equipment buyers, this matters because many projects require a non-standard match in length, structure, fittings, or material design.
The hose offers a maximum heat resistance of up to 230°C, supporting heated transfer applications where temperature maintenance is critical. Higher-temperature customization is also available when needed.
The hose uses uniformly braided heating elements to help minimize inner-wall temperature variation and is manufactured with high-insulation-efficiency materials to improve thermal stability during operation.
Item | Our Data |
|---|---|
Product Name | Medical Equipment Hose |
Product Category | Low Temperature Low Pressure Heated Hose |
Main Applications | Various medical equipment |
Inner Tube Material | Custom medical-grade inner tube |
Customization | All hose lines can be customized according to requirements |
Max Heat Resistance | Up to 230°C |
Higher Temperature Option | Available on request |
Heating Structure | Uniformly braided heating elements |
Insulation Design | High-efficiency insulation materials |
These product details are stated in the medical equipment hose section of your catalog.
I.D. | O.D. (mm ±0.2) | Working Pressure (bar) | Working Pressure (psi) | Burst Pressure (bar) | Burst Pressure (psi) | Min. Bend Radius (mm) |
|---|---|---|---|---|---|---|
1/4" | 9 | 173 | 2501 | 690 | 10005 | 30 |
5/16" | 11 | 158 | 2284 | 630 | 3915 | 40 |
3/8" | 12.4 | 135 | 1958 | 540 | 7830 | 60 |
1/2" | 15.9 | 118 | 1704 | 470 | 6815 | 150 |
5/8" | 19 | 88 | 1269 | 350 | 5075 | 180 |
3/4" | 22.6 | 85 | 1234 | 340 | 4930 | 260 |
1" | 29.5 | 75 | 1088 | 300 | 4350 | 300 |
These specifications are listed in the parameter table shown with the medical equipment hose product section in the PDF.
These data help buyers evaluate whether the hose can match their equipment layout, temperature requirement, and transfer design.
For example:
the up to 230°C heat resistance supports applications where temperature-controlled transfer is needed,
the size range from 1/4" to 1" provides flexibility for different equipment configurations,
and the bend radius data helps engineers assess routing in more compact or specialized equipment structures.
For medical equipment applications, hose selection is not only about dimensions. It is also about material suitability, customization flexibility, and transfer stability.
This product is well suited for:
medical equipment
heated transfer systems in specialized devices
systems requiring medical-grade inner tube solutions
custom heated hose applications for equipment integration
temperature-controlled media transfer in medical-related equipment
These use scenarios are based directly on the product positioning in your catalog.
Your catalog states that Shenzhen Jingcheng specializes in the R&D and production of PTFE hoses, PA hoses, PTFE high-pressure hoses, and PTFE electrically heated hoses, while also providing complete thermal fluid insulation and transfer solutions. The catalog also highlights your ability to customize different heated hose types according to industry needs and the temperature, viscosity, and flow characteristics of the medium. That customization capability is especially valuable for medical equipment projects, which often require more precise matching than standard industrial applications.
For buyers, that means this product is supported not only by product data, but also by actual manufacturing, customization, and heated hose development experience.
