Spirally Wound Stainless Steel Piping for Precision Temperature Control in Semiconductor Equipment
This Precision temperature controlled spiral wound tube is engineered for the rigorous temperature control demands of modern high-tech manufacturing. It delivers stable, consistent temperature regulation across a wide range of complex process environments. Built with a precision spiral wound structure and high-quality stainless steel, it delivers exceptional heat transfer efficiency and long-term operational reliability. This Semiconductor equipment spiral wound tube is widely deployed in semiconductor fabrication systems, liquid cooling circuits, and industrial temperature control units.
Product Introduction
Product Specifications
|
Parameter |
Specification |
|
Material |
We use 304 Stainless Steel or 316L Stainless Steel |
|
Outer Diameter |
It can be from 6 mm to 60 mm. We can make sizes if you need them. |
|
Wall Thickness |
It can be from 0.3 mm to 5.0 mm. We have heavy options. |
|
Standard Length |
Each piece is 6 meters long. We can cut it to the size you need. |
|
Structure |
It is spirally wound or has a profile. It can be wound inside or outside. |
|
Working Pressure |
It can handle up to 200 kgf/cm² |
|
Operating Temperature |
It works from -200°C to +600°C |
|
Surface Treatment |
We can polish, brush or acid-wash it |
|
Connection Methods |
We can use double press-fit, weld or flange it |
|
Customization Available |
We can change the diameter wall thickness, length, bend shape and surface finish to what you need |
The Good Things About This Product
The spirally wound design makes the heat exchange more efficient. This means it can transfer heat faster and more evenly. It is very important for precision-controlled manufacturing and semiconductor process systems.
The stainless steel we use resists corrosion well. It can handle oxidation, chloride attack and chemical corrosion from cooling fluids and process media. The 316L grade is especially good for environments.
This piping keeps its shape well even when the temperature changes. This is important for semiconductor and precision instrument applications.
It lasts a time and needs very little maintenance. The stainless steel is stronger than copper or plastic. It can handle pressure, vibration and chemicals without getting damaged much. The inside of the pipe is smooth which reduces resistance and prevents buildup.
Buying Suggestions
Before you order please tell us about your application and what you need. This includes the diameter, wall thickness, pipe length and how many you want. For cooling systems 304 stainless steel is a good choice.. If you are using aggressive coolants or high-humidity conditions you should use 316L stainless steel. We can help you choose the right surface finish and connection method.
Areas Where This Product is Used
This wound stainless steel piping is used in many industries where temperature control is very important. It is used in semiconductor manufacturing, high-performance computing, industrial refrigeration, energy storage, laboratory instruments and medical devices. It is especially good for cleanroom-grade environments.
FAQ
Q: What is the difference between 304 and 316L stainless steel?
A: Both grades deliver excellent corrosion resistance and robust mechanical strength. 316L contains added molybdenum, which greatly improves its resistance to chloride-induced corrosion and acidic media. For standard closed-loop cooling circuits, 304 is a cost-effective and reliable choice; for harsh, demanding operating environments like those required for the Semiconductor equipment spiral wound tube, 316L is the superior, more durable option.
Q: Can we customize the piping dimensions?
A: Yes, full customization is available for the Precision temperature controlled spiral wound tube. We can adjust the diameter, wall thickness, finished length, and spiral winding parameters to match your equipment's exact requirements, alongside custom bend geometries. Our in-house engineering team can also assist you in selecting the optimal specifications based on your system design.
Q: What pressure and temperature ratings should I use?
A: Our standard piping can withstand up to 200 kgf/cm², with an operating temperature range from -200°C to +600°C. Please share the full details of your working conditions with us, so we can recommend the most suitable specification for your specific project.
Hot Tags: spirally wound stainless steel piping for precision temperature control in semiconductor equipment, China spirally wound stainless steel piping for precision temperature control in semiconductor equipment manufacturers, suppliers, factory, Precision temperature controlled spiral wound tube, spirally wound stainless steel tube, 304 spiral wound condenser tube, Energy storage liquid cooled spiral tube, Semiconductor equipment condenser tube, 316 spiral wound stainless steel pipe
You Might Also Like
-
304 Spiral Finned Liquid Cooling Tube
-
High Thermal Conductivity HF Welded Fin Tube for Semiconductor Equipment
-
316 Stainless Steel Spirally Wound Tube for Energy Storage Liquid Cooling
-
Spirally Wound Heat Exchange Tube for Server Liquid Cooling Systems
-
304 Stainless Steel Spirally Wound Liquid Cooling Tube
-
DN25 Spirally Wound Stainless Steel Piping for Thermal Management Systems
Send Inquiry
