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  • 2001.006.001
    2001.006.001
    2001.006.001

    2001.006.001

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    Part No.
    Thread
    Surface
    Material
    Weight(g)
    2001.006.001
    M4
    Zinc plated
    Carbon steel
    1.00
    2001.006.002
    M5
    Zinc plated
    Carbon steel
    0.90
    ×
  • 2002.006.000
    2002.006.000
    2002.006.000

    2002.006.000

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    Part No.
    Thread
    Surface
    Material
    Weight(g)
    2002.006.000
    M3
    Zinc plated
    Carbon steel
    1.30
    2002.006.001
    M4
    Zinc plated
    Carbon steel
    1.15
    2002.006.002
    M4
    Zinc plated
    Carbon steel
    1.00
    2002.006.001
    10-32
    Zinc plated
    Carbon steel
    0.90
    ×
  • 2003.008.001
    2003.008.001
    2003.008.001

    2003.008.001

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    Part No.
    Thread
    Surface
    Material
    Weight(g)
    2003.008.001
    M4
    Zinc plated
    Carbon steel
    4.00
    2003.008.002
    M5
    Zinc plated
    Carbon steel
    3.80
    2003.008.007
    10-32
    Zinc plated
    Carbon steel
    3.70
    ×
  • 2004.008.003
    2004.008.003
    2004.008.003

    2004.008.003

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    Part No.
    Thread
    Surface
    Material
    Weight(g)
    2004.008.003
    M6
    Zinc plated
    Carbon steel
    3.40
    2004.008.008
    2001/4/20
    Zinc plated
    Carbon steel
    3.30
    ×
  • 2007.008.000
    2007.008.000
    2007.008.000

    2007.008.000

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    Part No.
    Thread
    Surface
    Material
    Weight(g)
    2007.008.000
    M3
    Zinc plated
    Carbon steel
    4.10
    2007.008.001
    M4
    Zinc plated
    Carbon steel
    3.70
    2007.008.002
    M5
    Zinc plated
    Carbon steel
    3.30
    2007.008.003
    M6
    Zinc plated
    Carbon steel
    3.00
    ×
  • 2202.005.000
    2202.005.000
    2202.005.000

    2202.005.000

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    Part No. Thread Surface Material Weight(g)
    2209.008.001 M4 Zinc plated Carbon steel 11.00
    2209.008.002 M5 Zinc plated Carbon steel 10.50
    2209.008.003 M6 Zinc plated Carbon steel 10.00
    2209.008.004 M8 Zinc plated Carbon steel 11.00
    2209.008.007 10-32 Zinc plated Carbon steel 10.50
    2209.008.008 1/4-20 Zinc plated Carbon steel 10.00
    2209.008.009 5/16-18 Zinc plated Carbon steel 9.50
    ×
  • 2302.008.001
    2302.008.001
    2302.008.001

    2302.008.001

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    Part No. Specification L H Surface Material Weight(g)
    2302.008.001 M6x16 16 1.5 Zinc plated Carbon steel8.8 7.00
    2302.008.002 M6x20 20 1.5 Zinc plated Carbon steel8.8 8.50
    2302.008.003 M6x25 25 1.5 Zinc plated Carbon steel8.8 10.00
    2301.008.001 M8x20 20 1.5 Zinc plated Carbon steel8.8 9.50
    2301.008.002 M8x25 25 1.5 Zinc plated Carbon steel8.8 11.50
    2301.008.003 M8x30 30 1.5 Zinc plated Carbon steel8.8 13.00
    2301.008.301 M8x20 20 3 Zinc plated Carbon steel8.8 10.00
    2301.008.302 M8x25 25 3 Zinc plated Carbon steel8.8 12.00
    2301.008.303 M8x30 30 3 Zinc plated Carbon steel8.8 13.50
    ×
  • 2005.008.000
    2005.008.000
    2005.008.000

    2005.008.000

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    Part No.
    Thread
    Surface
    Material
    Weight(g) 
    2005.008.000
    M3
    Zinc plated
    Carbon steel
    3.80
    2005.008.001
    M4
    Zinc plated
    Carbon steel
    3.70
    2005.008.002
    M5
    Zinc plated
    Carbon steel
    3.60
    2005.008.003
    M6
    Zinc plated
    Carbon steel
    3.50
    2005.008.007
    10-32
    Zinc plated
    Carbon steel
    3.60
    2005.008.008
    1/4-20
    Zinc plated
    Carbon steel
    3.50
    ×
  • 2006.008.001
    2006.008.001
    2006.008.001

    2006.008.001

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    Part No.
    Thread
    Surface
    Material
    Weight(g) 
    2006.008.001
    M4
    Zinc plated
    Carbon steel
    4.30
    2006.008.002
    M5
    Zinc plated
    Carbon steel
    4.00
    2006.008.003
    M6
    Zinc plated
    Carbon steel
    3.70
    2006.008.007
    10-32 
    Zinc plated
    Carbon steel
    4.00
    2006.008.008
    1/4-20
    Zinc plated
    Carbon steel
    3.70
    ×
  • 2008.010.001
    2008.010.001
    2008.010.001

    2008.010.001

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    Part No.
    Thread
    Surface
    Material
    Weight(g) 
    2008.010.001
    M4
    Zinc plated
    Carbon steel
    7.90
    2008.010.002
    M5
    Zinc plated
    Carbon steel
    7.50
    2008.010.003
    M6
    Zinc plated
    Carbon steel
    7.00
    2008.010.004
    M8
    Zinc plated
    Carbon steel
    5.60
    2008.010.007
    10-32
    Zinc plated
    Carbon steel
    7.50
    2008.010.008
    1/4-20
    Zinc plated
    Carbon steel
    7.00
    2008.010.009
    5/16-18
    Zinc plated
    Carbon steel
    5.70
    ×
  • 2009.010.001
    2009.010.001
    2009.010.001

    2009.010.001

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    Part No.
    Thread
    Surface
    Material
    Weight(g) 
    2009.010.001
    M4
    Zinc plated
    Carbon steel
    7.90
    2009.010.002
    M5
    Zinc plated
    Carbon steel
    7.50
    2009.010.007
    10-32
    Zinc plated
    Carbon steel
    7.60
    ×
  • 2010.010.003
    2010.010.003
    2010.010.003

    2010.010.003

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    Part No.
    Thread
    Surface
    Material
    Weight(g)
    2010.010.003
    M6
    Zinc plated
    Carbon steel
    6.90
    2010.010.004
    M8
    Zinc plated
    Carbon steel
    5.75
    2010.010.008
    1/4-20
    Zinc plated
    Carbon steel
    7.00
    2010.010.009
    5/16-18
    Zinc plated
    Carbon steel
    5.70
    ×
Aluminium Profile T nuts and T bolts are essential components in the realm of modular construction and assembly, offering versatile and efficient solutions for connecting components within T slotted aluminum extrusion profiles. T slotted profiles are characterized by a T shaped groove that runs along their length, providing a framework for building structures, frames, and machinery in various industries.

Profile T nuts are specialized fasteners designed to fit seamlessly within the T-slots of aluminum profiles. These T-nuts typically have a threaded hole that allows for the attachment of bolts or screws. The assembly process involves inserting T-nuts into the T-slots and then securing them in place using bolts or screws. This method provides a robust and adjustable connection point for attaching various components such as panels, brackets, and accessories.

The advantages of using profile T-nuts include: Modularity and Flexibility: T-nuts enable the rapid assembly and disassembly of components, offering flexibility in adapting and reconfiguring structures as needed.
Simplified Assembly: T-nuts eliminate the need for additional machining or drilling, streamlining the construction process and reducing labor time.
Adjustability: Components attached to T-nuts can be easily repositioned along the T-slots, allowing for precise alignment and modifications without dismantling the entire structure.
Strong and Reliable: T-nuts create a secure and sturdy connection, ensuring the stability and integrity of the assembled structure.
Cost-Effective: The use of T-nuts eliminates the need for specialized tools or complex assembly techniques, contributing to cost savings.

T bolts are another crucial element in T-slotted profile assembly. They have a T-shaped head that fits into the T-slots and a threaded shaft that accommodates nuts or other fasteners. T-bolts are inserted into the T-slots and then tightened with nuts to secure components in place. This method provides a robust and adjustable connection similar to T-nuts.

Advantages of T bolts include:
Secure Connection: T-bolts create a strong and reliable connection, ensuring that components remain firmly attached.
Easy Adjustment: T bolts allow for quick and simple adjustments to component positioning along the T-slots.
Wide Compatibility: T bolts can be used with various types of fasteners, offering versatility in assembly.

In conclusion, Profile T nuts and T bolts play integral roles in the assembly of structures using T-slotted aluminum profiles. Their modular and adjustable nature, along with the ease of assembly, make them indispensable components in industries that require flexible and efficient construction methods. These components contribute to the rapid development of robust and customizable systems while minimizing labor and costs.
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 Profile T Nuts Manufacturers and Profile T Bolts 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
  • 900 ISO 2022
  • SGS -RoHs testing 02 SHAEC22002232201
  • Environmental System
  • Health System
  • Quality System
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Profile T Nuts & T Bolts Industry knowledge
1. Introduction to Profile T Nuts & T Bolts
Profile T nuts and T bolts represent a cornerstone in modern construction and assembly processes, particularly within industries reliant on aluminum framing systems. These fasteners, with their distinctive T-shaped design, serve as the linchpin for joining structural components with precision and efficiency. At their essence, profile T nuts and T bolts facilitate the seamless integration of aluminum profiles, enabling the creation of robust frameworks, machinery, and enclosures.
The beauty of profile T nuts and T bolts lies in their simplicity. The T-slot design, a signature feature of these fasteners, allows for effortless insertion and adjustment within aluminum profiles. This streamlined approach to fastening simplifies the assembly process, reducing both time and labor costs associated with traditional methods. Moreover, the versatility inherent in T-slot connections empowers engineers, designers, and DIY enthusiasts alike to explore innovative solutions in their projects.

2. Functionality and Applications
Profile T nuts and T bolts derive their strength from their fundamental functionality. The T-shaped head of the bolt effortlessly navigates into the corresponding T-slot of the profile, creating a secure and stable connection. This design principle not only enhances ease of assembly but also facilitates dynamic adjustments and modifications without compromising structural integrity.
The applications of profile T nuts and T bolts span a broad spectrum of industries and sectors. In industrial settings, these fasteners find utility in the construction of robust machinery and automation systems. Their adaptability allows engineers to construct modular frameworks that can be easily reconfigured to accommodate evolving production needs. Furthermore, profile T nuts and T bolts serve as the backbone of modular shelving and storage solutions, providing a customizable platform for organizing and storing goods in warehouses and distribution centers.
Beyond industrial applications, profile T nuts and T bolts feature prominently in the realm of exhibitions and trade shows. The versatility of these fasteners enables the creation of eye-catching displays and booths that can be assembled and disassembled with ease. Their compatibility with standard aluminum profiles simplifies logistics and ensures seamless integration into existing frameworks.
In the realm of ergonomic design, profile T nuts and T bolts play a pivotal role in crafting workbenches and ergonomic workstations tailored to the unique needs of individuals and industries. By leveraging T-slot connections, designers can create adjustable platforms that promote productivity and comfort in the workplace.

3. Key Considerations and Best Practices
While Profile T Nuts & T Bolts offer remarkable versatility and efficiency, several key considerations and best practices ensure their optimal usage and longevity in various applications.
Compatibility and Dimensional Accuracy
Ensuring compatibility between profile T nuts, T bolts, and aluminum profiles is fundamental to the integrity of the assembly. Dimensional accuracy plays a pivotal role in guaranteeing a snug fit between components, minimizing the risk of misalignment or instability. Manufacturers and users should adhere to standardized dimensions and specifications to mitigate potential compatibility issues.
Proper Torque and Tightening Procedures
Applying the correct torque during the tightening process is critical to prevent under- or over-tightening of profile T nuts and T bolts. Over-tightening can distort the aluminum profiles or strip the threads, compromising the integrity of the joint. Conversely, under-tightening may result in inadequate clamping force, leading to loose connections and potential structural failures. Utilizing torque wrenches and adhering to manufacturer-recommended torque values ensure uniform and consistent tightening across assemblies.
Regular Inspection and Maintenance
Periodic inspection and maintenance are essential components of a proactive approach to ensuring the longevity and reliability of profile T nuts and T bolts. Routine checks for signs of wear, corrosion, or fatigue help identify potential issues early on, allowing for timely intervention and replacement of worn or damaged components. Lubrication of threads and T-slots further enhances performance and extends the service life of fasteners in demanding environments.
Environmental Considerations
Environmental factors such as temperature fluctuations, humidity levels, and exposure to corrosive substances can adversely affect the performance of profile T nuts and T bolts. Selecting appropriate materials and finishes resistant to corrosion and oxidation mitigates the risk of premature degradation and ensures continued reliability in harsh operating conditions. Implementing protective measures such as sealing T-slot openings and utilizing corrosion-resistant coatings enhances the durability and serviceability of assemblies over time.