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Decorative grade

430

430 is a 17% Cr ferritic stainless steel, nickel-free, low in cost, with good resistance to corrosion in oxidizing atmospheres and small thermal expansion.

Stainless Steel Grade Details Machinability Verified
430

Key Specifications

MaterialStainless Steel
TagDecorative grade
MOQ100 pcs
Standard Tolerance±0.01 mm
Lead Time15-25 days · Mass Production Rapid Delivery
DFM AnalysisFree
Company
Strength
20 Years of Experience
20 Years of Experience
72 Sets of CNC Machines
72 Sets of CNC Machines
Precision: ±0.01mm
Precision: ±0.01mm
7-15 Days Fast Shipping
7-15 Days Fast Shipping
Quality
Advantages
No Knife Marks
No Knife Marks
No Scratches
No Scratches
No Blemishes
No Blemishes
No Color Difference
No Color Difference

Introduction

430 is a decorative grade of stainless steel. It is a ferritic stainless steel that combines corrosion resistance and formability, and has a low cost. It is a commonly used material for home appliance panels and decorative parts.

430 is a 17% Cr ferritic stainless steel, nickel-free, low in cost, with good resistance to corrosion in oxidizing atmospheres and small thermal expansion. It is suitable for interior and exterior parts.

Typical application fields

Grade 430 is often used in the following fields and scenarios. Our CNC machining services can provide customized parts for these industries.

Household appliance panel
Decorative strip
Kitchenware appearance parts
Automobile trim
Curtain wall panel
Hardware appearance parts

Key advantages of materials

430 demonstrates the following core advantages in CNC machining and terminal applications.

Low cost
Good formability
Oxidation resistance
Magnetic attraction
Excellent polishing property
Strong decorative effect

CNC Machining Guide

The following are the key process points when processing grade 430 to ensure the quality of parts and processing efficiency.

1Tool selection

High-toughness cemented carbide coated cutting tools (AlTiN/TiCN) are selected, and the cutting edges are strengthened to resist the work hardening of austenitic stainless steel.

2Cutting parameters

Medium and low cutting speeds, large feed rates, and the depth of cut must exceed the hardened layer to prevent the tool from rotating and rubbing against the hardened layer.

3Cooling and lubrication

A large flow of coolant directly scour the cutting zone, powerfully expelling heat and chips, and inhibiting work hardening and thermal deformation.

4Clamping scheme

Use soft claws or custom fixtures to prevent surface scratches; The slender shaft parts are used in conjunction with the tool rest to control the tool deflection.

5Quality control

CMM full-size inspection of key fit dimensions; Re-inspection should be conducted after post-treatment such as passivation and electrolytic polishing.

Stainless Steel - Other Grades

Besides 430, Stainless Steel offers several other grades with different characteristics. Click to view details.

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