
What is Stainless Flexible Hose? The Name of Trust in Industrial Systems
Stainless flexible hoses; They are structural elements that are manufactured in a flexible structure and offer high strength and safety. Its inner layer is usually composed of materials with high chemical resistance, such as stainless steel or PTFE (Teflon), and the outside is reinforced with stainless steel braid. This combination ensures long-lasting performance, even in demanding industrial conditions. (Hidroman)
Stainless flexible hoses are not just a fitting; it's a critical engineering solution that enhances system efficiency. It is preferred in a wide range of applications, from power plants to HVAC (Heating, Ventilation, and Air Conditioning) systems. (Hidroman)
High Strength & Wide Working Range
These hoses; It can safely operate in a wide temperature range of -270°C to +600°C and withstand high temperature and pressure conditions. This feature is indispensable in steam lines, hot oil circuits, and energy processes. (Hidroman)
Corrosion Resistance and Longevity
Thanks to its stainless steel construction, aggressive chemical environments, moisture and corrosion do not affect the performance of the hoses. This reduces maintenance costs and improves system reliability. (Hidroman)
Flexibility & Ease of Installation
It offers flexibility in system design by providing ease of installation in tight spaces. It extends system life by reducing vibration and mechanical stress. (Hidroman)
100% Sealing
With modern production techniques, Hidroman stainless flexible hoses are produced to a high sealing standard. This is critical for system safety and environmental cleanliness. (Hidroman)
Stainless flexible hoses are widely used in the following industries and applications: (Hidroman)
This variety of uses shows how critical stainless flexible hoses are.
When selecting a hose, the following criteria play critical roles for success:
Wrong choices; leakage can lead to performance degradation and an increase in maintenance costs. For this reason, engineering evaluation should be carried out with expert staff. (Hidroman)
As Hidroman, we produce each of the stainless flexible hoses by passing them through test processes. Our products are optimized for system safety and efficiency. Choosing the right hose not only ensures connection but also contributes to the long-lasting operation of the system.
For more technical information and quote requests, you can visit the Hidroman Stainless Flexible Hose page. (Hidroman)
Stainless Flexible Hose – Technical Drawing Description
Technical drawings of stainless flexible hoses are not only the dimensions of the product; It contains critical data that defines its mechanical strength, installation suitability and operational safety. Below are the main components and their descriptions in a typical Hidroman stainless flexible hose technical drawing.
The corrugated structure allows the hose to operate under pressure without changing shape and to perform its vibration damping task.
Single or double layer mesh is clearly indicated in the technical drawing according to the working pressure.
In the technical drawing, all diameter measurements are shown with their tolerances in mm or inches.
The height measurement indicated in the technical drawings is the value measured without applying tension. Pulling the hose during assembly seriously shortens its service life.
The type of connection and the standard of dimensions are necessarily specified in the technical drawing:
Each connection end:
Installations made below this value:
The following information is included on the technical drawing or technical document:
Usually:
Test pressure ≥ 1.5 × working pressure
In technical drawing in some special applications:
Why is Technical Drawing Critical?
Technical drawing on stainless flexible hoses:
Technical drawings in Hidroman projects are not only for production; It is prepared with the aim of trouble-free assembly and long service life at the customer site.
Conclusion
Stainless flexible hoses are key elements of reliability and performance in industrial systems. With the right material, the right design, and the right installation, it increases the efficiency of your system, reduces your maintenance costs, and offers a long-lasting structure.




