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Here is a description of 430 Stainless Steel Shim:
430 Stainless Steel Shim is a thin, flat sheet of 430 stainless steel alloy, used for applications requiring good corrosion resistance, formability, and durability.
Key Characteristics:
- Good corrosion resistance in dry environments- Formable and weldable- Magnetic properties- Resistance to nitric acid and sulfuric acid- Low carbon content (0.12% max)- High chromium content (16-18%)- Economical and widely available
Composition:
- Iron (base)- Chromium (16-18%)- Carbon (0.12% max)- Manganese (1% max)- Silicon (1% max)- Phosphorus (0.04% max)- Sulfur (0.03% max)
Applications:
- Automotive trim and molding- Decorative fixtures- Appliance components- Food processing equipment- Chemical processing equipment
Certifications:
- ASTM A240- ASME SA240- ISO 9001
Dimensions:
- Thickness: 0.001" - 0.125" (0.025 mm - 3.18 mm)- Widths: 12" - 48" (304.8 mm - 1219.2 mm)- Lengths: 24" - 120" (609.6 mm - 3048 mm)
430 Stainless Steel Shim is suitable for applications requiring good corrosion resistance, formability, and durability, particularly in dry environments. Its high chromium content provides excellent resistance to corrosion, making it a popular choice for various industries. Note that it may not perform well in harsh or marine environments.

Here is a description of 347 Stainless Steel Shim:
347 Stainless Steel Shim is a thin, flat sheet of 347 stainless steel alloy, used for applications requiring high corrosion resistance, formability, and durability.
Key Characteristics:
- High corrosion resistance in harsh environments- Formable and weldable- Magnetic properties- Good resistance to pitting and crevice corrosion- High-temperature resistance (up to 1500°F/816°C)- Stabilized with niobium for high-temperature stability
Composition:
- Iron (base)- Chromium (17-19%)- Nickel (9-13%)- Carbon (0.08% max)- Manganese (2% max)- Silicon (1% max)- Phosphorus (0.045% max)- Sulfur (0.03% max)- Niobium (10x%C min)
Applications:
- High-temperature applications- Chemical processing equipment- Pharmaceutical equipment- Medical devices- Aerospace and defense- Power generation
Certifications:
- ASTM A240- ASME SA240- ISO 9001
Dimensions:
- Thickness: 0.001" - 0.125" (0.025 mm - 3.18 mm)- Widths: 12" - 48" (304.8 mm - 1219.2 mm)- Lengths: 24" - 120" (609.6 mm - 3048 mm)
347 Stainless Steel Shim is suitable for applications requiring high corrosion resistance, formability, and durability, particularly in high-temperature environments. Its niobium stabilization provides excellent resistance to intergranular corrosion, making it a popular choice for various industries.

To be used for applications requiring high corrosion resistance, formability, and durability, 304 Stainless Steel Shims Rolls are thin, flat sheets of 304 stainless steel alloy. They come in rolls for easy handling and storage.
Key Characteristics:
- High corrosion resistance in harsh environments- Formable and weldable- Magnetic properties- Good resistance to pitting and crevice corrosion- High chromium (18-20%) and nickel (8-12%) content- Low carbon content (0.08% max)
Composition:
- Iron (base)- Chromium (18-20%)- Nickel (8-12%)- Carbon (0.08% max)- Manganese (2% max)- Silicon (1% max)- Phosphorus (0.045% max)- Sulfur (0.03% max)
Applications:
- Food processing equipment- Chemical processing equipment- Pharmaceutical equipment- Medical devices- Automotive trim and molding- Decorative fixtures
Certifications:
- ASTM A240- ASME SA240- ISO 9001
Dimensions:
- Thickness: 0.001" - 0.125" (0.025 mm - 3.18 mm)- Roll widths: 12" - 48" (304.8 mm - 1219.2 mm)- Roll lengths: 100' - 500' (30.5 m - 152.4 m)
304 Stainless Steel Shims Rolls are suitable for applications requiring high corrosion resistance, formability, and durability, particularly in harsh environments. They are ideal for various industries due to their high chromium and nickel content.

309 Stainless Steel Shim is a thin, flat sheet of 309 stainless steel alloy, used for applications requiring high corrosion resistance, formability, and durability.
Key Characteristics:
- High corrosion resistance in harsh environments- Formable and weldable- Magnetic properties- Good resistance to pitting and crevice corrosion- High chromium (22-24%) and nickel (12-15%) content- Low carbon content (0.08% max)
Composition:
- Iron (base)- Chromium (22-24%)- Nickel (12-15%)- Carbon (0.08% max)- Manganese (2% max)- Silicon (1% max)- Phosphorus (0.045% max)- Sulfur (0.03% max)
Applications:
- High-temperature applications- Chemical processing equipment- Pharmaceutical equipment- Medical devices- Food processing equipment- Furnace components
Certifications:
- ASTM A240- ASME SA240- ISO 9001
Dimensions:
- Thickness: 0.001" - 0.125" (0.025 mm - 3.18 mm)- Shim widths: 12" - 48" (304.8 mm - 1219.2 mm)- Shim lengths: 24" - 120" (609.6 mm - 3048 mm)
309 Stainless Steel Shim is suitable for applications requiring high corrosion resistance, formability, and durability, particularly in harsh environments. Its high chromium and nickel content provide excellent corrosion resistance and high-temperature properties.

316 Stainless Steel Shim is a thin, flat sheet of 316 stainless steel alloy, used for applications requiring high corrosion resistance, formability, and durability.
Key Characteristics:
- High corrosion resistance in harsh environments- Formable and weldable- Magnetic properties- Good resistance to pitting and crevice corrosion- High chromium (16-18%), nickel (10-14%), and molybdenum (2-3%) content- Low carbon content (0.08% max)
Composition:
- Iron (base)- Chromium (16-18%)- Nickel (10-14%)- Molybdenum (2-3%)- Carbon (0.08% max)- Manganese (2% max)- Silicon (1% max)- Phosphorus (0.045% max)- Sulfur (0.03% max)
Applications:
- Chemical processing equipment- Pharmaceutical equipment- Medical devices- Marine hardware- Food processing equipment- High-temperature applications
Certifications:
- ASTM A240- ASME SA240- ISO 9001
Dimensions:
- Thickness: 0.001" - 0.125" (0.025 mm - 3.18 mm)- Shim widths: 12" - 48" (304.8 mm - 1219.2 mm)- Shim lengths: 24" - 120" (609.6 mm - 3048 mm)
316 Stainless Steel Shim is suitable for applications requiring high corrosion resistance, formability, and durability, particularly in harsh environments. Its high molybdenum content enhances its corrosion resistance in chloride environments.

Here is a description of 410 Stainless Steel Shim:
410 Stainless Steel Shim is a thin, flat sheet of 410 stainless steel alloy, used for applications requiring high strength, moderate corrosion resistance, and durability.
Key Characteristics:
- High strength and hardness- Moderate corrosion resistance- Formable and weldable- Magnetic properties- Good resistance to scaling and oxidation- High-temperature resistance (up to 1200°F/649°C)- Martensitic structure
Composition:
- Iron (base)- Chromium (11.5-13.5%)- Carbon (0.15% max)- Manganese (1% max)- Silicon (1% max)- Phosphorus (0.04% max)- Sulfur (0.03% max)
Applications:
- Cutlery and surgical instruments- Automotive parts (e.g., engine components)- Aerospace and defense- Food processing equipment- Chemical processing equipment
Certifications:
- ASTM A240- ASME SA240- ISO 9001
Dimensions:
- Thickness: 0.001" - 0.125" (0.025 mm - 3.18 mm)- Widths: 12" - 48" (304.8 mm - 1219.2 mm)- Lengths: 24" - 120" (609.6 mm - 3048 mm)
410 Stainless Steel Shim is suitable for applications requiring high strength, moderate corrosion resistance, and durability, particularly in high-temperature environments. Its martensitic structure provides excellent hardness and strength, making it a popular choice for cutlery, automotive, and aerospace industries.

316TI Stainless Steel Shim is a thin, flat sheet of 316TI stainless steel alloy, used for applications requiring high corrosion resistance, formability, and durability.
Key Characteristics:
- High corrosion resistance in harsh environments- Formable and weldable- Magnetic properties- Good resistance to pitting and crevice corrosion- Low carbon content (0.08% max) reduces risk of sensitization- High chromium (16-18%), nickel (10-14%), and titanium (5x%C min) content- Titanium stabilizes the alloy for high-temperature applications
Composition:
- Iron (base)- Chromium (16-18%)- Nickel (10-14%)- Titanium (5x%C min)- Carbon (0.08% max)- Manganese (2% max)- Silicon (1% max)- Phosphorus (0.045% max)- Sulfur (0.03% max)
Applications:
- Chemical processing equipment- Pharmaceutical equipment- Medical devices- Marine hardware- Food processing equipment- High-temperature applications
Certifications:
- ASTM A240- ASME SA240- ISO 9001
Dimensions:
- Thickness: 0.001" - 0.125" (0.025 mm - 3.18 mm)- Widths: 12" - 48" (304.8 mm - 1219.2 mm)- Lengths: 24" - 120" (609.6 mm - 3048 mm)
316TI Stainless Steel Shim is suitable for applications requiring high corrosion resistance, formability, and durability, particularly in harsh environments. Its titanium stabilization makes it ideal for high-temperature applications.

Here is a description of 409 Stainless Steel Shim:
409 Stainless Steel Shim is a thin, flat sheet of 409 stainless steel alloy, used for applications requiring good corrosion resistance, formability, and durability.
Key Characteristics:
- Good corrosion resistance in dry environments- Formable and weldable- Magnetic properties- Resistance to nitric acid and sulfuric acid- Low carbon content (0.08% max)- High chromium content (10.5-11.75%)- Titanium stabilized for high-temperature stability- Economical and widely available
Composition:
- Iron (base)- Chromium (10.5-11.75%)- Carbon (0.08% max)- Manganese (1% max)- Silicon (1% max)- Phosphorus (0.04% max)- Sulfur (0.03% max)- Titanium (6x%C min)
Applications:
- Automotive exhaust systems- Mufflers and catalytic converters- Heat exchangers- Fuel tanks- Appliances- Decorative fixtures
Certifications:
- ASTM A240- ASME SA240- ISO 9001
Dimensions:
- Thickness: 0.001" - 0.125" (0.025 mm - 3.18 mm)- Widths: 12" - 48" (304.8 mm - 1219.2 mm)- Lengths: 24" - 120" (609.6 mm - 3048 mm)
409 Stainless Steel Shim is suitable for applications requiring good corrosion resistance, formability, and durability, particularly in dry environments. Its titanium stabilization provides excellent resistance to high-temperature corrosion, making it a popular choice for automotive and appliance industries.