Steel

Steel is a commonly used metal material for custom CNC machined parts. It offers good strength, toughness, wear resistance, and cost-effective mechanical performance, making it suitable for industrial components, structural parts, brackets, shafts, fixtures, and custom metal parts.

Assorted steel CNC machined parts for industrial and mechanical applications
6Specifications
6Processes
1Material Type
Material Data

Performance Specifications

Key engineering properties arranged for faster material comparison and project evaluation.

Mechanical Strength
Steel provides good mechanical strength for structural and functional metal components.
Good Toughness
Steel can offer good toughness and durability depending on the material grade and heat treatment requirements.
Wear Resistance
Steel is suitable for parts that require wear resistance, especially when the correct grade or surface treatment is selected.
CNC Machinability
Many steel grades can be CNC machined for custom components, fixtures, shafts, brackets, and mechanical parts.
Surface Treatment Compatibility
Steel parts can support surface treatments such as black oxide, zinc plating, nickel plating, painting, and heat treatment depending on project requirements.
Cost-Effective Metal Option
Steel is often selected when the project requires strength and durability with a relatively cost-effective metal material.
Engineering Guide

Material Overview

Steel Material for Custom CNC Machining

Steel is a commonly used metal material for custom CNC machined parts. It is suitable for projects that require mechanical strength, toughness, wear resistance, and cost-effective metal performance.

At Yinuomold, steel can be used for CNC machined components depending on the part structure, tolerance requirements, surface treatment needs, working environment, and production quantity.

Key Features of Steel

Steel may offer the following material characteristics:

– Good mechanical strength
– Good toughness
– Wear resistance
– Suitable CNC machinability
– Surface treatment compatibility
– Cost-effective performance for many industrial parts

The final steel grade should be selected according to product function, load requirements, corrosion resistance needs, surface treatment requirements, and application environment.

Applicable Manufacturing Processes

Steel is mainly suitable for:

– CNC machined metal parts
– Prototype metal components
– Low-volume machined parts
– Industrial metal components
– Custom mechanical parts

Typical Applications

Steel is commonly used in:

– Shafts
– Brackets
– Fixtures
– Plates
– Structural components
– Machine parts
– Threaded parts
– Tooling-related components
– Custom industrial metal parts

Surface Treatment Options

Steel parts may require surface treatment depending on corrosion protection, appearance, wear resistance, or usage environment.

Common options may include:

– Black oxide
– Zinc plating
– Nickel plating
– Painting
– Heat treatment
– Surface polishing

Project Evaluation

For steel parts, we usually review the drawing, part size, tolerance requirements, material grade, surface treatment, working environment, and production quantity before confirming the suitable manufacturing process.

The final material and process should be selected according to strength requirements, dimensional accuracy, corrosion protection needs, cost, and production volume.

Typical Applications

Steel is commonly used for shafts, brackets, fixtures, plates, structural components, machine parts, threaded parts, fastener-related components, tooling parts, and custom industrial metal components.

Manufactured Examples

Material Applications

Representative parts and manufacturing examples presented in a consistent visual grid.

Production Support

Related Services & Projects

Relevant manufacturing capabilities and project examples connected with this material.

Material Consultation

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