Brief: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we demonstrate the full-cycle processing of 304/316L stainless steel tubing, showcasing precision slotting, diameter changing, end forming, sandblasting, and laser marking operations that transform standard tubes into complex, ready-to-use components for demanding industrial applications.
Related Product Features:
Full-cycle processing of 304/316L stainless steel tubing with slotting, diameter changing, end forming, sandblasting, and marking.
Precision slotting and perforation using CNC fiber laser cutting for complex patterns like linear, helical, or radial designs.
Cold-forming operations for diameter reduction (necking/swaging) and end sealing or flaring to create functional geometries.
Uniform sandblasting with glass bead or aluminum oxide media for a consistent matte finish and improved surface adhesion.
Permanent laser marking with high-contrast text, logos, or barcodes that withstand wear, solvents, and outdoor exposure.
Stress relief annealing after cold forming to restore material ductility and prevent cracking in the components.
Chemical passivation per ASTM A967 after processing to restore maximum corrosion resistance in the stainless steel.
Comprehensive quality control with dimensional inspection, finish checks, and material certification per EN 10204 3.1.
FAQs:
What stainless steel grades are available for this tubing processing service?
We process both 304 stainless steel for general purpose applications and 316L stainless steel for superior corrosion and chemical resistance in demanding environments.
What types of end forming and diameter changes can be achieved?
Our cold-forming operations can create sealed ends (domed, flat, or conical caps), flared connections (37°/45°/90°), and diameter reductions (necking/swaging) of up to 40% in a single step, with multiple steps possible for greater reduction.
How durable is the laser marking on the sandblasted surface?
The fiber laser marking creates permanent, high-contrast markings that penetrate the blasted surface, making them highly resistant to wear, solvents, and outdoor exposure for reliable part identification and traceability.
What post-processing treatments are included to ensure corrosion resistance?
After sandblasting, components undergo chemical passivation per ASTM A967 standards using nitric or citric acid to restore the stainless steel's maximum corrosion resistance, followed by thorough cleaning and final inspection.