Unlocking the Potential: The Power and Versatility of Metric Screws

Metric screw sizes are standardized, and each size has a defined specification for ease of manufacture and use. It has three outstanding advantages that ensure its high usage rate and secure its position in various manufacturing industries.

1. Uniform specifications, easy to select and replace.
The specifications and dimensions of metric screws are highly standardized, and metric screws from different manufacturers and regions are usually interchangeable. This makes selecting metric screws convenient and easy.

 

2. Has good connectivity and reliability.
Metric screws have a high degree of cooperation, which can stably connect mechanical parts and reduce the failure rate of mechanical equipment. Metric screws are also a relatively reliable connection, which can operate normally in various harsh working environments.

 

3. The material and strength meet international standards.
The production and batching standards of metric screws are strictly regulated, and the material and strength meet international standards. This guarantees the strength and safety performance of metric screws.

 

At the same time, metric screws are a commonly used mechanical fastener, widely used in machinery, construction, electronics, automobiles, aviation and other fields. It is widely used, not only in daily life and work, but also in some special fields:

1. Ocean engineering
Ocean engineering is a scientific and technological field that uses mechanical technology and electronic technology to develop, utilize, protect and manage marine resources. Metric screws are used in most offshore engineering facilities, such as offshore wind farms, subsea oil wells, submarine cables, etc. In the marine environment, seawater is highly corrosive, and metric screws should have good corrosion resistance to ensure the safety and reliability of the facility.

 

2. Nuclear power plants
A nuclear power plant is a very important energy generating facility. There are a large number of equipment and pipelines in a nuclear power plant that need to be fastened with metric screws. In nuclear power plants, the quality and performance requirements of metric screws are very high. It must have good high temperature resistance, radiation resistance, corrosion resistance and other properties to ensure the safe and reliable operation of the facility.

 

3. Aerospace
The aerospace field is one of the important application fields of metric screws. When aircraft, satellites and other equipment are in operation, they need to withstand huge pressure and vibration, and metric screws are one of the key fasteners to connect and fix various components. In the field of aerospace, there is also a special metric screw—titanium alloy screw, which has the advantages of light weight, high strength, and corrosion resistance, and is widely used in the fixing of rocket bodies, engine parts, control surfaces and other components.

 

4. Large bridges
Metric screws are also widely used in the construction of large bridges. Bridges are critical structures responsible for carrying vehicles and people and require very high strength and reliability. The advantage of metric screws is that they can provide very reliable connection and fixation to ensure the stability and safety of the bridge. The material requirements for metric screws are high, and it is necessary to select durable materials while maintaining long-term stability.

 

5. Subway and other transportation facilities
Subways and other transportation facilities are another important application area for metric screws. Metric screws are widely used in the construction of subways, highways, railways, etc. to connect and fix various components and equipment. In the construction of transportation facilities, the performance and quality of metric screws are very critical, and must have properties such as tensile strength, compressive strength and durability.

 

In summary, metric screws are a very important mechanical fastener with a wide range of applications. Although its function seems simple, it has different application requirements in different fields. Therefore, when using metric screws, it is necessary to select the correct material and specifications according to actual needs to ensure the stability and reliability of the facility.

After understanding such a wide range of application fields for metric screws, it is of course necessary to understand how to use the product. It is easy to use and can be tightened and unfastened by hand or tool actuation. Next, Yugood will introduce the steps of using metric screws:

Metric screws are rigorously tested for high strength and durability to withstand heavy loads. Metric screws are rich in materials, and different materials can be selected to adapt to different working environments. Metric screws are simple in structure and easy to install, only need nuts and wrench to complete the installation.

1. Determine the specification and model of the screw.
Metric screws have different specifications and models, including diameter, pitch, length, material, tooth type, etc. Before selecting screws, it is necessary to select appropriate specifications and models according to the requirements of mechanical equipment.

 

2. Install the nut and washer.
Before installing metric screws, it is necessary to install the nut and washer on the threaded rod. Place a flat washer first, then a nut so that the nut is aligned with the end of the screw.

 

3. Insert the screw.
Insert a metric screw into the mechanism through the hole, turn the head of the screw into the hole, and push in until the nut on one side touches the edge of the hole.

 

4. Turn the screw.
Tighten the screws with a tool such as a wrench or screwdriver. Fix the wrench on the screw rod, and turn it toward the top of the screw rod, and at the same time, the torque should not be too large, otherwise it may cause the screw head to break.

 

5. Tighten the nuts.
On the other side of the screw, hold the nut. Tighten the nut with a wrench or an afterburner to lock the head of the screw. At the same time, a lock washer can be added between the nut and the washer to enhance the tightness of the screw.

 

6. Check the fastening condition.
After tightening, it is necessary to check the locking condition of the screw and whether the position of the screw rod is correct. Longer or thicker metric screws can be used if a tighter connection is required.

In conclusion, metric screw is an efficient, convenient and reliable mechanical fastening element with a wide range of applications and significant advantages. Proficiency in its use can inspire infinite possibilities of fasteners.