Customized SUS316F M1706 Turbo for Electronics industry

Customized SUS316F M1706 Turbo for Electronics industry Specification

Features
High Corrosion Resistance, Precision Machining, Customizable Dimensions, Temperature Resistant

Function
Regulates airflow and cooling in electronic systems

Gauge
M1706 specifications

Surface Finish
Polished/Passivated

Tensile Strength
510 MPa

Tool Type
Turbo

Material
SUS316F Stainless Steel

Shape
Cylindrical with Finned Structure

Dimension (L*W*H)
Customized as per electronic application requirement

Operating Temperature Range
-40C to 200C

Corrosion Resistance
Excellent (suitable for harsh electronic environments)

Color
Natural Metallic Silver

Component Weight
As per customized design

Manufacturing Standard
ISO 9001:2015 certified process

Precision Tolerance
0.01 mm

Production Capacity
5000 Pcs/month

Compatibility
Various electronic assembly modules and subsystems

Application
Electronics Industry - Cooling and Airflow optimization

Customized SUS316F M1706 Turbo for Electronics industry About

Place of Origin

Guangdong, China

Brand Name

ARIDA

Model Number

CNC Metal parts

Max Diameter

Customized

Supporting Machine

Swiss CNC Lathe

Type

Metal parts

Material

Customized

Molding Style

Cold Forging

Warranty

0 defective rate

Molding Technics

Gravity Casting

Trademark

ARIDA

Feature

Strict testing process

Application

Automotive Industry,Medical Devices,Electronics,Aerospace

Engineered for Harsh Electronic Environments

This turbo component is fabricated from SUS316F stainless steel, renowned for its outstanding corrosion resistance and durability under extreme temperature fluctuations. Its robust design makes it perfect for regulating airflow and cooling in sensitive electronic applications, offering peace of mind for integrators and OEMs seeking longevity and reliability.

Uncompromising Precision and Customization

Each unit is crafted to customized dimensions, conforming to M1706 gauge specifications and an exacting precision of 0.01 mm tolerance. The polished/passivated surface finish further enhances performance and longevity, while supporting seamless integration into a wide array of electronic modules and subsystems.

FAQ's of Customized SUS316F M1706 Turbo for Electronics industry:

Q: How does the Customized SUS316F M1706 Turbo improve cooling and airflow in electronic systems?

A: The turbo's cylindrical, finned structure is precisely engineered to optimize airflow and enhance heat dissipation, effectively regulating temperature and preventing overheating within electronic assemblies.

Q: What ensures the corrosion resistance of this turbo in harsh environments?

A: Constructed from SUS316F stainless steel, combined with a polished and passivated finish, the turbo demonstrates excellent corrosion resistance even in demanding and corrosive electronic environments.

Q: When is it advisable to use the SUS316F M1706 Turbo in electronic assemblies?

A: This turbo component is recommended when electronics operate between -40C and 200C, especially where superior cooling, airflow optimization, and corrosion protection are critical for system stability and longevity.

Q: Where can these turbo components be applied within the electronics industry?

A: These units are compatible with a range of electronic assembly modules, subsystems, and devices, and are commonly used in environments requiring precise airflow and temperature regulation.

Q: What is the process for customizing the SUS316F M1706 Turbo to fit specific applications?

A: Customization involves tailoring the component's dimensions and weight per the user's application requirements, adhering to ISO 9001:2015-certified production standards, and maintaining a 0.01 mm precision tolerance throughout the manufacturing process.

Q: How can distributors, exporters, and OEMs benefit from the high production capacity?

A: With a monthly capacity of up to 5000 pieces and flexible design options, bulk buyers can reliably source customized turbo components, ensuring their supply chain remains uninterrupted and scalable for large projects.

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