CNC MACHINED MATERIALS STARTING FROM STOCK

Product catalog summary

Overview: The document provides comprehensive details on CNC machined materials and 3D printing technologies, focusing on their specifications, properties, applications, and finishes.

CNC Machined Materials:

Non-Ferrous Alloys: Includes Aluminum (7075 T6, 6082, 5083), Brass OT58, Copper C101, and Bronze CuSn12, known for high strength and corrosion resistance, used in aerospace, automotive, and industrial components.
Iron Alloys: Covers C45 Steel, Carbon Steel, Steel 18NiCrMo5, and Stainless Steel (316L, 304), valued for mechanical strength and fatigue resistance, suitable for heavily stressed parts.
Plastics: Includes Nylon 6 + MoS2, Delrin, PEEK, and PTFE, chosen for mechanical properties and chemical resistance, used in manufacturing bushings, gears, and seals.

3D Printing Technologies:

HP Multi Jet Fusion (MJF): Uses Nylon PA12 and PA11, offering chemical resistance for functional prototypes and final parts, applicable in automotive and consumer electronics.
Fused Deposition Modeling (FDM): Features ABS and Extreme™ Carbon fiber materials, known for mechanical properties, used in automotive and consumer goods.
LED MSLA + 4KSPER™ Technology: Provides ABS-like and high-temp resins, offering smooth surfaces and high detail for prototypes and functional parts.

Key Properties and Parameters:

Density: Affects weight and application suitability.
Max Workable Size: Influences design constraints.
Mechanical Properties: Includes tensile strength, yield strength, and elongation at break, critical for material performance under stress.
Thermal Properties: Includes melting point and maximum operating temperature, important for heat exposure applications.

Applications and Recommendations:

Material selection is based on requirements like strength, corrosion resistance, and thermal stability.
Recommendations include choosing materials based on the application environment, such as marine, aerospace, or industrial settings.

Material Overview: The document describes materials suitable for high-temperature environments and prototyping, characterized by smooth surfaces, thermal load-bearing capabilities, and aesthetic appeal, useful for molds and functional prototypes.

Material Properties:

Semi-transparent Material: Ideal for prototyping, can be polished for enhanced transparency.
Elastic and Ductile Material: Similar to polyamides, suitable for functional objects requiring a smooth finish, resilient under impact.

Technical Specifications:

Tolerance: Minimum tolerance is ± 0.20mm below 100mm and ± 0.25% above 100mm.
Tensile Strength: Ranges from 29 MPa to 36 MPa.
Young's Modulus: Values range from 619 GPa to 1850 GPa.
Elongation at Break: Varies from 2% to 18%.
Hardness: Rockwell M Hardness ranges from Shore 70 D to Shore 80 D.
Heat Deflection Temperature (HDT): At 0.45 MPa, HDT ranges from 68°C to 190°C.

Limitations: Maximum operating temperatures and water absorption rates are not specified.