I. Chemical Composition

• Carbon (C) content ≤ 0.08%

• Chromium (Cr) content: 10.50 - 12.50%

• Nickel (Ni) content: 0.50 - 1.50%

• Titanium (Ti) content: 0.05 - 0.35%

These elements collectively give the X6CrNiTi12 stainless steel coil outstanding corrosion resistance, high strength and excellent processing properties.

II. Physical Properties

• Density is approximately 7.75 - 7.85 g/cm³

• The coefficient of thermal expansion ranges from 20 to 100°C and is about 10.5×10⁻⁶/°C

• Thermal conductivity is approximately 25 W/(m·K)

These performance data ensure its stable performance under complex working conditions.

III. Mechanical Properties

• Tensile strength can reach 550 - 750 MPa

• Yield strength is not less than 250 MPa

• Hardness is 170 - 210 HB

Provides reliable strength support for various processing and usage scenarios.

IV. Application Areas

1. Construction Decoration Industry

Its continuous unrolling, cutting, and shaping capabilities effectively shorten the processing cycle. In a commercial complex facade project, the construction party utilized the material's strong extensibility and ease of processing, and through the roller pressing forming process, quickly completed the customization of irregularly shaped curtain wall panels. Not only did this save labor costs, but its weather resistance and aesthetic appeal also enhanced the building quality, and the project delivery time was advanced by 15%.

2. Household Appliance Manufacturing

The X6CrNiTi12 stainless steel coil, with its continuous feeding feature, has become the preferred material for the production of refrigerator and washing machine shells. Through an automated assembly line, the appliance manufacturer completed the stamping and welding processes. Data from a well-known manufacturer showed that using this material to produce refrigerator door panels increased efficiency by 20%. Additionally, the material's antibacterial properties and smooth surface align with the demands for health and aesthetics, and the small amount of waste and high utilization rate effectively reduce production costs.

V. Notes

1. Processing

Due to the internal stress generated during the unwinding and forming processes of the coil material, it is necessary to reasonably arrange the annealing treatment process to eliminate the stress and avoid deformation during subsequent use.

2. Storage

The X6CrNiTi12 stainless steel coil should be placed horizontally on a dry shelf to avoid excessive stacking which may cause the coil material to deform. At the same time, proper moisture-proof measures should be taken to prevent surface oxidation and rusting. When exposed to an environment containing chloride ions, even the X6CrNiTi12 stainless steel coil with excellent corrosion resistance may suffer local corrosion. Therefore, regular maintenance and inspection of equipment using this material are required.

VI. Conclusion

As market demand continues to rise, stainless steel enterprises are accelerating the expansion of production of X6CrNiTi12 stainless steel coils. By improving the rolling process, they enhance the flatness and precision, and optimize the surface treatment to introduce diverse effects. Industry forecasts indicate that this material will be more widely applied in emerging fields such as new energy and medical devices, becoming a key material for the upgrading of the manufacturing industry. Suzhou Bolaibao Metal, with its advanced equipment and R&D team, continuously optimizes product quality, helping industry partners explore new scenarios for the application of stainless steel.

Contact us for detailed information and tailored solutions!

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• Email: sale@bolaibao1.com

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