Basic Info.
| Model NO. | Y26 |
| Length | 50 feet |
| Material | 304 Stainless Steel |
| Outer Diameter | 6 inch |
| Type | SSAW Pipe |
| Wall Thickness | Schedule 10 |
| Transport Package | Vacuum Packing Cardboard Box |
| Specification | 300*300*260 |
| Production Capacity | 51000pieces/Year |
| HS Code | 7301200000 |
Product Description
Durable Tapering Steel Tube Slotting and Bending Processing Solutions
Offering custom fabrication for stainless steel tubing, specializing in 304 and 316L. Our expertise includes a vast array of secondary processing techniques, converting standard tubes into intricate, application-ready parts. From forming conical shapes, reducing diameters, to precision slotting, bending, and end capping, we deliver components that adhere to exact specifications. Final electropolishing or passivation ensures exceptional corrosion resistance and a pristine, deburred surface.
Product Uses
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Fluid Handling Systems: Conical nozzles, tapered connectors, and bent tubing for industrial, chemical, and pharmaceutical use.
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Medical & Surgical Devices: Components for minimally invasive instruments, endoscopes, and fluid paths.
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Food & Beverage Equipment: Sanitary tubing, transfer lines, and custom fittings meeting hygiene standards.
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Architectural & Design: Decorative and structural tubing for railings, furniture, and displays.
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Semiconductor & Aerospace: High-purity, high-integrity tubing for vital gas and fluid systems.
Technical Parameters
| Parameter |
Description / Specification |
| Primary Materials | 304 Stainless Steel, 316L Stainless Steel |
| Key Processes | Tapering/Swaging, End Forming (Capping), Reducing, Slotting/Grooving, Bending |
| Surface Treatment | Electropolishing, Passivation |
| Tolerance | Varies with process (e.g., ±0.1mm for OD) |
| Bending Capability | Custom radii and angles dependent on diameter/wall thickness |
| Core Advantages | High Corrosion Resistance, Complex Geometry, Precision Machining |
Company Profile
Our facility has obtained the GB/T 19001-2016/ISO 9001:2015 quality system certification, as well as the GB/T 42061-2022/ISO 13485:2016 medical device quality system certification. We focus on the research and production of non-standard metal medical device precision parts. Equipped with dozens of high-precision engraving lathes and CNC equipment, including numerical control centering machines, automatic lathes, and precision laser cutting tools for secondary processing of stainless steel capillary and thin-walled tubes.
We provide prototyping and batch production supporting custom drawings. Our process flow is stable and efficient, integrating industry and trade for rapid delivery with a craftsmanship spirit ensuring top-tier quality.
Product Advantage
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Certified Quality: ISO 9001 and ISO 13485 medical device quality certifications.
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R&D Expertise: Team composed of senior engineers and technicians for hardware part customization.
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Precision Equipment: Dozens of precision CNC lathes and laser cutting machines.
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Strict Standards: Each product meets the rigorous requirements of the medical device industry.
Frequently Asked Questions
What materials are available for custom tube processing?
We primarily specialize in 304 and 316L stainless steel, but also process copper, aluminum alloys, and other non-standard metal materials for precision parts.
What specific secondary processes do you offer?
Our capabilities include tapering (swaging), end forming, capping, diameter reducing, precision slotting, grooving, bending, and laser cutting for thin-walled tubes.
Do you support medical-grade production?
Yes, we hold ISO 13485:2016 certification for medical device quality systems and specialize in producing components for minimally invasive instruments and surgical tools.
What surface treatments can be applied to the tubes?
We offer electropolishing and passivation as standard finishes to ensure exceptional corrosion resistance and a clean, contaminant-free surface.
Can you work from custom technical drawings?
Absolutely. We provide non-standard part prototyping and batch production based on your specific engineering drawings and sample requirements.
What is your typical tolerance level for precision parts?
Tolerances vary depending on the process and dimensions, but we can achieve high precision such as ±0.1mm for outer diameters using our advanced CNC equipment.