The characteristic for metal stamping Solenoid lock parts:

1.1  High precision requirements: high dimensional accuracy is required. For example, the bolt, lock buckle and other accessories of the Solenoid lock, non-compliant dimensions will affect the installation and normal use of the lock.

1.2 Appropriate material strength: sufficient mechanical strength is required. For example, the shell accessories must be able to withstand a certain external force impact, and the materials of the iron core and other components must be able to ensure that they will not deform under the action of Solenoid force.

1.3 Good corrosion resistance: Because Solenoid locks may be used in various environments, metal stamping accessories must be corrosion-resistant, such as not rusting and damaging in humid environments.

1.4 Good conductivity (some accessories): For accessories related to Solenoid mechanisms, such as coil skeletons, good conductivity is required to ensure the normal power-on performance of 1.5  Solenoid locks.

1.5 High production efficiency: Metal stamping is an efficient processing method. Through mold stamping, Solenoid lock metal stamping parts of the same specification can be mass-produced in a short time, which is suitable for products such as Solenoid locks that have a certain batch demand.

1.6 Good strength: The stamping process will cause cold deformation strengthening of metal materials, which will improve the strength and hardness of metal stamping parts. The stamping parts such as the shell of the Solenoid lock have better anti-deformation ability, thus protecting the internal structure.

1.7 Relatively low cost: When mass-produced, metal stamping parts can effectively reduce production costs due to the reuse of molds and efficient production processes, which also makes Solenoid locks more price-competitive in the market.

What is the solenoid metal stamping parts basic requirements ?

1. Dimensional accuracy requirements: Dimensional tolerance is usually controlled within 0.05mm to ensure that the difference between the actual size of the parts and the designed size is within the allowable range to ensure the assembly accuracy and performance of the electromagnet.
2. Geometric shape accuracy requirements: It is necessary to meet higher requirements such as flatness, roundness, and verticality. For example, the shape accuracy of the frame of the electromagnet affects the coordination with other parts and the overall performance.

3 Surface quality requirements: The surface should be free of obvious scratches, bumps, bubbles and other defects, and should have a certain degree of finish to prevent affecting the appearance and insulation, heat dissipation and other properties of the electromagnet, and also provide a good foundation for subsequent surface treatments such as electroplating.

4. Material performance requirements: According to the use environment and performance requirements of the electromagnet, select suitable materials, such as materials with good conductivity, magnetic permeability, strength and toughness. At the same time, the material should have good stamping forming properties, such as crack resistance, mold adhesion and shape stability.

5 Mold design requirements: The mold precision should be high to ensure the size and shape accuracy of the stamped parts; the structural design should be reasonable and easy to manufacture, maintain and debug to improve production efficiency and reduce costs.

6 Assembly requirements: Stamped parts should be easy to assemble and repair, and can be quickly and accurately assembled with other parts of the electromagnet to improve production efficiency and product quality.

What is the solenoid metal stamping parts basic requirements ?

1. Dimensional accuracy requirements: Dimensional tolerance is usually controlled within 0.05mm to ensure that the difference between the actual size of the parts and the designed size is within the allowable range to ensure the assembly accuracy and performance of the electromagnet.
2. Geometric shape accuracy requirements: It is necessary to meet higher requirements such as flatness, roundness, and verticality. For example, the shape accuracy of the frame of the electromagnet affects the coordination with other parts and the overall performance.

3 Surface quality requirements: The surface should be free of obvious scratches, bumps, bubbles and other defects, and should have a certain degree of finish to prevent affecting the appearance and insulation, heat dissipation and other properties of the electromagnet, and also provide a good foundation for subsequent surface treatments such as electroplating.

4. Material performance requirements: According to the use environment and performance requirements of the electromagnet, select suitable materials, such as materials with good conductivity, magnetic permeability, strength and toughness. At the same time, the material should have good stamping forming properties, such as crack resistance, mold adhesion and shape stability.

5 Mold design requirements: The mold precision should be high to ensure the size and shape accuracy of the stamped parts; the structural design should be reasonable and easy to manufacture, maintain and debug to improve production efficiency and reduce costs.

6 Assembly requirements: Stamped parts should be easy to assemble and repair, and can be quickly and accurately assembled with other parts of the electromagnet to improve production efficiency and product quality.

What is the solenoid metal stamping parts basic requirements ?

1. Dimensional accuracy requirements: Dimensional tolerance is usually controlled within 0.05mm to ensure that the difference between the actual size of the parts and the designed size is within the allowable range to ensure the assembly accuracy and performance of the electromagnet.
2. Geometric shape accuracy requirements: It is necessary to meet higher requirements such as flatness, roundness, and verticality. For example, the shape accuracy of the frame of the electromagnet affects the coordination with other parts and the overall performance.

3 Surface quality requirements: The surface should be free of obvious scratches, bumps, bubbles and other defects, and should have a certain degree of finish to prevent affecting the appearance and insulation, heat dissipation and other properties of the electromagnet, and also provide a good foundation for subsequent surface treatments such as electroplating.

4. Material performance requirements: According to the use environment and performance requirements of the electromagnet, select suitable materials, such as materials with good conductivity, magnetic permeability, strength and toughness. At the same time, the material should have good stamping forming properties, such as crack resistance, mold adhesion and shape stability.

5 Mold design requirements: The mold precision should be high to ensure the size and shape accuracy of the stamped parts; the structural design should be reasonable and easy to manufacture, maintain and debug to improve production efficiency and reduce costs.

6 Assembly requirements: Stamped parts should be easy to assemble and repair, and can be quickly and accurately assembled with other parts of the electromagnet to improve production efficiency and product quality.

What is the solenoid metal stamping parts basic requirements ?

1. Dimensional accuracy requirements: Dimensional tolerance is usually controlled within 0.05mm to ensure that the difference between the actual size of the parts and the designed size is within the allowable range to ensure the assembly accuracy and performance of the electromagnet.
2. Geometric shape accuracy requirements: It is necessary to meet higher requirements such as flatness, roundness, and verticality. For example, the shape accuracy of the frame of the electromagnet affects the coordination with other parts and the overall performance.

3 Surface quality requirements: The surface should be free of obvious scratches, bumps, bubbles and other defects, and should have a certain degree of finish to prevent affecting the appearance and insulation, heat dissipation and other properties of the electromagnet, and also provide a good foundation for subsequent surface treatments such as electroplating.

4. Material performance requirements: According to the use environment and performance requirements of the electromagnet, select suitable materials, such as materials with good conductivity, magnetic permeability, strength and toughness. At the same time, the material should have good stamping forming properties, such as crack resistance, mold adhesion and shape stability.

5 Mold design requirements: The mold precision should be high to ensure the size and shape accuracy of the stamped parts; the structural design should be reasonable and easy to manufacture, maintain and debug to improve production efficiency and reduce costs.

6 Assembly requirements: Stamped parts should be easy to assemble and repair, and can be quickly and accurately assembled with other parts of the electromagnet to improve production efficiency and product quality.