The technical requirements for split buckles mainly include the following aspects:
Carrying capacity: Split buckles will undergo plastic deformation or damage when subjected to force, so it is necessary to ensure that they have sufficient carrying capacity to ensure that they will not fail or break during use.
Shear strength: Split buckles will be subject to shear force during connection, so their shear strength is one of their important properties. It is usually required that the shear strength of the buckle pin and the buttonhole is the same to ensure that the connection has excellent performance.
Tensile strength: Split buckles will also be subject to tensile force during connection, so their tensile strength is also an important performance indicator. In practical applications, tensile strength is often more important than shear strength.
Corrosion resistance: Split buckles may be subject to corrosion during use, so their corrosion resistance is also an important performance indicator that needs to be considered. In order to improve corrosion resistance, suitable materials and surface treatment technologies are often used.
Types of separation buckles and their application scenarios:
Elastic separation fasteners: Commonly used in occasions that require frequent connection and separation, with high load-bearing capacity and good shear and tensile strength, suitable for various connection scenarios that require frequent operation.
Button separation: Such as mandarin duck buckles, six six big smooth, etc., these buttons can be easily separated through specific solutions, suitable for designs that require frequent opening and closing, such as clothing and bags.
Hidden buckle: Commonly used for closing items such as clothing and backpacks, it can be separated by rubber band impact, tool prying, etc..
Installation and maintenance suggestions for separation buckles:
During installation, pay attention to the cleaning and lubrication of the connection parts to ensure that the connection parts are free of impurities and oil to reduce friction and resistance.
Regularly check and maintain the status of the connection parts, and replace damaged or aging parts in time to ensure the stability and safety of the connection.
