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  • 3601.000.001
    3601.000.001
    3601.000.001

    3601.000.001

    3601.000.001 3601.000.001
    Contact us
    Part No.
    Thread
    A
    B
    C
    D
    E
    F
    G
    Surface
    Material
    Weight(g)
    3601.000.001
    M4
    Φ9.7
    6.8
    4.3
    1
    1.6
    Φ6.5
    0.3
    Zinc plated
    Carbon steel
    1.20
    3601.000.002
    M5
    Φ11.2
    7.8
    4.8
    1.2
    2
    Φ7.5
    0.4
    Zinc plated
    Carbon steel
    1.70
    3601.000.003
    M6
    Φ13.7
    9.8
    5.9
    1.2
    2
    Φ9.15
    0.4
    Zinc plated
    Carbon steel
    3.10
    3601.000.004
    M8
    Φ17.7
    12.75
    7.8
    1.8
    2.8
    Φ12.2
    0.5
    Zinc plated
    Carbon steel
    6.90
    3601.000.005
    M10
    Φ18.6
    14
    8.9
    1.8
    3
    Φ13.2
    0.8
    Zinc plated
    Carbon steel
    10.00
    3601.000.006
    M12
    Φ24.4
    17.85
    11.7
    2.2
    3.5
    Φ17.2
    1
    Zinc plated
    Carbon steel
    17.90
    ×
  • 3602.000.004
    3602.000.004
    3602.000.004

    3602.000.004

    3602.000.004 3602.000.004
    Contact us
    Part No.
    Thread
    Surface
    Material
    Weight(g)
    3602.000.004
    M8
    Zinc plated
    Carbon steel
    8.86
    ×
Ignite Excellence with DIN6923 Flange Nuts: Revolutionize the aluminum profile and automation industry with precision and reliability. Crafted to the exacting DIN6923 standard, our Flange Nuts embody 19 years of engineering mastery.

Application and Function: Designed for brilliance, our DIN6923 Flange Nuts seamlessly integrate into the aluminum profile and automation sectors. From assembling intricate frameworks to streamlining automated systems, these nuts deliver steadfast connections that empower innovation.

Core Performance and Advantages: Experience flawless performance as our Flange Nuts grip with unwavering strength, ensuring stability even in dynamic environments. The integrated flange design optimizes load distribution, safeguarding delicate surfaces while enhancing the structural integrity of aluminum profiles and automation components.

Automated Production Process: Powered by cutting-edge automation, our production process marries precision and efficiency. Guided by two decades of expertise, each Flange Nut embodies uniformity, durability, and reliability – an essential foundation for aluminum profile and automation solutions.

Professional Quality Control: Seize the advantage of our 19 years of engineering supremacy. Our rigorous quality control ensures that every Flange Nut surpasses expectations, adding an unmatched level of reliability to your aluminum profile and automation projects.

99% Inspection Before Shipping: Your satisfaction fuels our commitment. With a comprehensive 99% inspection before shipping, we guarantee the delivery of Flange Nuts that align seamlessly with your aluminum profile and automation requirements.

Elevate your aluminum profile and automation endeavors with the excellence of DIN6923 Flange Nuts. Embrace 19 years of dedicated expertise, professional quality control, and cutting-edge manufacturing. Your progress, is powered by our precision.
About Minde
Ningbo Minde Technology Co., Ltd.
Ningbo Minde Technology Co., Ltd.
The company was established in 2004 and has passed ISO9001, SGS, and RoHS certification. To create an ideal green enterprise, protect limited resources, and reduce waste and pollution, our products have passed SGS environmental testing and comply with the EU RoHS directive. As China Flange Nuts Manufacturers and Flange Nuts Suppliers, production area 12,000㎡, Two office areas 350㎡, Have 65 Experienced team-member. The major production process includes tooling designing & making, die casting, forging, stamping, precision machining, drilling, surface plating, Intelligent infrared detecting and automation packing, etc. Mostly exported to more than 35 countries and regions, major markets are the USA, Europe, the Middle East, and Southeast Asia.
Certificate Of Honor
  • SGS -RoHs testing 02 SHAEC22002232201
  • Environmental System
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Flange Nuts Industry knowledge
1. Design and structure of Flange Nuts
Flange nuts are designed to respond to specific engineering needs and their structure is unique compared to ordinary nuts. First, Flange Nuts add a flat flange to the nut, which is usually located at the bottom of the nut. The existence of this flange allows Flange Nuts to provide additional support and fixation when tightening, thereby enhancing the stability and reliability of the threaded connection. In some designs, the outside of the flange may have a pattern or tooth-like structure to increase its grip on the material surface and further improve the tightening effect.
The structure of Flange Nuts also includes a threaded part, which is basically the same as the threaded structure of ordinary nuts. The design of the threads follows international standards to ensure compatibility with standard bolts, threaded holes and other threaded parts. In addition, the material selection of Flange Nuts is also very important. High-strength metal materials, such as carbon steel and stainless steel, are usually used to ensure their reliability and durability in high-strength engineering environments.
For the design of Flange Nuts, various engineering conditions and usage environments need to be taken into consideration. For example, in a vibration environment, the design of the flange can effectively prevent the nut from loosening and improve the stability of the connection. In addition, the flat flange design of Flange Nuts also makes it easier to install and disassemble in limited spaces, which is especially important for certain engineering applications.
Flange Nuts are designed as an engineering innovation to provide a more reliable and stable threaded connection solution for a variety of industrial and mechanical applications.

2. Application fields and case analysis of Flange Nuts
Flange Nuts have a wide range of applications in the engineering field, and their stability and reliability make them a key component of many important mechanical systems. In the automotive industry, Flange Nuts are commonly used in automotive engines, chassis and tire assembly to ensure safety and stability at high speeds and in harsh road conditions. For example, automobile hub nuts are often designed with Flange Nuts to ensure a secure connection between the hub and the wheel while resisting road vibration and steering forces.
In the field of machinery manufacturing, Flange Nuts are widely used for the assembly and fixation of mechanical equipment, tools and facilities. For example, in the aerospace industry, aircraft structural components and cabin equipment require highly reliable connections to cope with extreme climate and flight conditions, and Flange Nuts are ideal for meeting this need.
In addition, Flange Nuts also have important applications in various fields such as construction engineering, railway transportation, and energy. Its stable connection and resistance to loosening allow it to play a key role in various engineering projects.
We can clearly see the application and value of Flange Nuts in different fields, as well as its important contribution to engineering safety and reliability.

3. Advantages and future development trends of Flange Nuts
Flange Nuts have many advantages over traditional nuts, which make them one of the preferred connectors in many engineering designs. First of all, the design of Flange Nuts can significantly improve the stability and reliability of the connection, especially in high-vibration and high-pressure environments, and its ability to resist loosening is even more prominent. This makes Flange Nuts excellent in applications requiring long-term stable operation and high load conditions.
Flange Nuts are relatively easy to install and remove, which is important for maintenance and repair work. The flange design makes it easier for the installer to secure the nut onto the bolt and is more convenient when replacement or adjustment is needed.
In the future, with the continuous development and innovation of engineering technology, Flange Nuts may usher in more improvements and optimizations. For example, through the application of new materials and improvements in manufacturing processes, the performance and durability of Flange Nuts can be further improved, making it suitable for more harsh engineering environments. In addition, with the advancement of industrial automation and digital technology, the production and application of Flange Nuts will become more intelligent and efficient, thereby further enhancing its application value in the engineering field.