The main differences between synthetic stone fixtures and aluminum alloy fixtures are as follows:
Material characteristics
–Synthetic stone fixture: mainly composed of composite materials such as glass fiber and resin. It has a certain degree of elasticity, good impact resistance, and is not easily damaged in the event of a collision. And it is an insulating material with good anti-static properties.
-Aluminum alloy fixture: mainly made of aluminum alloy, with hard material, high strength, able to withstand large pressure and weight, not easy to deform, and good stability. However, it has strong conductivity and no anti-static function.
Processing difficulty
–Synthetic stone fixtures: relatively easy to process, can be made through various methods such as cutting and grinding, and can easily produce complex shapes and fine structures, suitable for making fixtures with special shape requirements.
-Aluminum alloy fixtures: The processing difficulty is slightly higher, especially for some complex shapes that may require more complex processes such as CNC machining, but the accuracy can be well controlled.
Applicable scenarios
–Synthetic stone fixtures: widely used in the electronic manufacturing industry, especially in the production of electronic products that are sensitive to static electricity, such as circuit board assembly, chip manufacturing, etc., can prevent static electricity from damaging electronic components.
-Aluminum alloy fixtures: more suitable for scenarios that require high load-bearing capacity and are insensitive to static electricity, such as the processing and positioning of large mechanical components during assembly.
cost
–Synthetic stone fixtures: usually have relatively low costs, advantages in material prices and processing costs, and are suitable for large-scale production.
-Aluminum alloy fixtures: The cost is relatively high, mainly due to the high price of aluminum alloy materials themselves and the high processing costs caused by complex processing techniques.
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