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Metal connector series

A metal connector series refers to a collection of connectors that are made of metal materials such as steel, aluminum, brass and copper, etc. They are designed to connect and disconnect different types of electrical or mechanical systems. Metal connectors are known for their high strength, durability, and resistance to corrosion, heat, and impact. They are often used in harsh environments and high-stress applications where reliability and performance are crucial.
Some examples of different metal connector series include:
Electrical connectors: which are used to connect electrical systems and devices such as wires, circuit boards, and power supplies
Mechanical connectors: which are used to connect mechanical systems such as pipes, hoses, and structural elements
RF connectors: which are used to connect radio frequency devices and cables in high-power applications
Automotive connectors: which are used to connect electrical systems in vehicles, such as lighting, audio, and power systems
Industrial connectors: which are used in a wide range of industrial applications, such as manufacturing, construction, and oil & gas industry
Aerospace connectors: which are used in aerospace and defense applications, such as aircraft and spacecraft systems
Model
Picture
Parameters
  • MPC
    FEM.PIPE
    Tube(Metric)-Thread (R)
    MPC-04-1/8 MPC-08-3/8
    MPC-04-1/4 MPC-08-1/2
    MPC-04-3/8 MPC-10-1/8
    MPC-04-1/2 MPC-10-1/4
    MPC-06-1/8 MPC-10-3/8
    MPC-06-1/4 MPC-10-1/2
    MPC-06-3/8 MPC-12-1/8
    MPC-06-1/2 MPC-12-1/4
    MPC-08-1/8 MPC-12-3/8
    MPC-08-1/4 MPC-12-1/2
  • MPT
    FEM.PIPE
    Tube(Metric)-Thread (R)
    MPT-04-1/8 MPT-08-3/8
    MPT-04-1/4 MPT-08-1/2
    MPT-04-3/8 MPT-10-1/8
    MPT-04-1/2 MPT-10-1/4
    MPT-06-1/8 MPT-10-3/8
    MPT-06-1/4 MPT-10-1/2
    MPT-06-3/8 MPT-12-1/8
    MPT-06-1/2 MPT-12-1/4
    MPT-08-1/8 MPT-12-3/8
    MPT-08-1/4 MPT-12-1/2
  • MPST
    FEM.PIPE
    Tube(Metric)-Thread (R)
    MPST-04-1/8 MPST-08-3/8
    MPST-04-1/4 MPST-08-1/2
    MPST-04-3/8 MPST-10-1/8
    MPST-04-1/2 MPST-10-1/4
    MPST-06-1/8 MPST-10-3/8
    MPST-06-1/4 MPST-10-1/2
    MPST-06-3/8 MPST-12-1/8
    MPST-06-1/2 MPST-12-1/4
    MPST-08-1/8 MPST-12-3/8
    MPST-08-1/4 MPST-12-1/2
  • MPL
    FEM.PIPE
    Tube(Metric)-Thread (R)
    MPL-04-1/8 MPL-08-3/8
    MPL-04-1/4 MPL-08-1/2
    MPL-04-3/8 MPL-10-1/8
    MPL-04-1/2 MPL-10-1/4
    MPL-06-1/8 MPL-10-3/8
    MPL-06-1/4 MPL-10-1/2
    MPL-06-3/8 MPL-12-1/8
    MPL-06-1/2 MPL-12-1/4
    MPL-08-1/8 MPL-12-3/8
    MPL-08-1/4 MPL-12-1/2
  • MPUC
    MODEL(ΦD)
    Tube(Metric) Tube(Inch)
    MPUC04 MPUC5/32
    MPUC06 MPUC3/16
    MPUC08 MPUC1/4
    MPUC10 MPUC5/16
    MPUC12 MPUC3/8
    MPUC14 MPUC1/2
    MPUC16
  • MPUL
    MODEL(ΦD)
    Tube(Metric) Tube(Inch)
    MPUL04 MPUL5/32
    MPUL06 MPUL3/16
    MPUL08 MPUL1/4
    MPUL10 MPUL5/16
    MPUL12 MPUL3/8
    MPUL14 MPUL1/2
    MPUL16
  • MPUT
    MODEL(ΦD)
    Tube(Metric) Tube(Inch)
    MPUT04 MPUT5/32
    MPUT06 MPUT3/16
    MPUT08 MPUT1/4
    MPUT10 MPUT5/16
    MPUT12 MPUT3/8
    MPUT16 MPUT1/2
  • MPY
    MODEL(ΦD)
    Tube(Metric) Tube(Inch)
    MPY04 MPY5/32
    MPY06 MPY3/16
    MPY08 MPY1/4
    MPY10 MPY5/16
    MPY12 MPY3/8
    MPY16 MPY1/2

Metal connector series Manufacturers

Zhejiang Yalida Science and Technology Co., Ltd. is leading Metal connector series manufacturers, suppliers and factory in China, We mainly produce nylon pipes, solenoid valves and various matching joints. We have a professional team to make customized products according to the drawings or samples provided by customers. No matter what accessories you need, we would be able to manufacture it for you. in addition to customized products, we also produce some metal accessories, which are mainly used in solenoid valves on textile machines, knitting machines, oxygen machines, carpet machines, and hosiery machines. OEM/ODM Metal connector series

If you want to know us, please contact us!

We always adhere to the quality policy of "Innovation is infinity, to keep improving",adhering to the enterprise tenet of "Veracity,Customer regarded supreme".

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Industry knowledge development

Enhancing Safety and Stability: The Crucial Role of Metal Connectors in Building Design


Metal connectors play a crucial role in enhancing safety and stability in building design. These connectors are specifically designed to join different structural components together, ensuring that the building can withstand various loads, forces, and environmental factors. By creating strong and reliable connections, metal connectors contribute to the overall structural integrity of the building. Let's explore some of the ways metal connectors enhance safety and stability in building design:
    Load Transfer: Metal connectors facilitate the transfer of loads, such as vertical loads (dead loads and live loads) and lateral loads (wind and seismic forces), between different building elements. By distributing these loads efficiently, connectors help prevent localized stresses and ensure that the building can withstand external forces without compromising its structural integrity.
    Structural Redundancy: Buildings with redundant structural systems have multiple load paths to carry the loads. Metal connectors provide redundancy by creating alternative load paths, ensuring that even if one part of the building fails, there are other elements to carry the load, preventing a catastrophic collapse.
    Resisting Shear and Uplift Forces: In regions with high wind or seismic activity, metal connectors are essential for resisting shear and uplift forces. These connectors secure roof trusses, walls, and other components, preventing them from separating during extreme weather events.
    Bracing Systems: Metal connectors are commonly used in bracing systems, which help stabilize buildings and prevent lateral movement. Diagonal braces and shear walls use connectors to transfer lateral loads to the foundation, improving the building's resistance to wind and seismic forces.
    Connection Rigidity: Metal connectors enhance the rigidity of connections between structural elements, reducing the potential for movement or deformation. This is particularly important in tall buildings and structures with large open spaces, where maintaining stability and preventing excessive sway is critical.
    Fire Resistance: Some metal connectors are designed to be fire-resistant, ensuring that they maintain their structural integrity and load-carrying capacity even during a fire. This is essential for giving occupants enough time to evacuate safely and enabling firefighters to perform their duties effectively.
    Longevity and Durability: Properly designed and installed metal connectors are highly durable, providing long-lasting connections between building elements. This enhances the building's overall stability and safety throughout its lifespan.
    Ease of Construction: Metal connectors can streamline the construction process, ensuring accurate and efficient assembly of structural elements. Properly engineered connectors reduce the likelihood of construction errors, which can compromise the building's safety.
It's important to note that the selection and installation of metal connectors should be carried out by qualified professionals and in accordance with relevant building codes and standards. Regular inspections and maintenance are also crucial to ensure the ongoing safety and stability of the building. By understanding the vital role of metal connectors in building design, architects and engineers can create structures that are safer, more durable, and better equipped to handle various challenges and environmental conditions.

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