The main differences between synthetic stone fixtures and aluminum alloy fixtures are as follows:
Material Characteristics
– Synthetic stone fixture: It is mainly composed of composite materials such as glass fiber and resin. It has a certain degree of elasticity, good impact resistance, and is not easy to be damaged by collision. And it is an insulating material with good anti-static properties.
– Aluminum alloy jig: aluminum alloy as the main material, hard material, high strength, can withstand greater pressure and weight, not easy to deformation, good stability. However, it is more conductive and has no anti-static function.
Processing difficulty
– Synthetic stone fixtures: relatively easy to process, can be cut, ground and other ways, can be more convenient to produce complex shapes and fine structure, suitable for the production of some special shape requirements of the fixture.
– Aluminum alloy jig: the processing difficulty is a little higher, especially some complex shapes may require more complex processes, such as CNC processing, but the precision can be controlled very well.
Applicable Scenarios
– Synthetic stone jig: widely used in electronic manufacturing industry, especially for static-sensitive electronic products, such as circuit board assembly, chip manufacturing, etc., can prevent static electricity damage to electronic components. Aluminum alloy jig: more suitable for the production of electronic products, especially some complex shapes may need more process, such as CNC processing, but the accuracy can be controlled well.
– Aluminum alloy fixtures: more suitable for high load capacity requirements, not sensitive to static electricity scenes, such as the processing of large mechanical components, positioning in the assembly process.
Cost
– Synthetic stone fixture: the cost is usually relatively low, the material price and processing cost are more advantageous, suitable for mass production.
– Aluminum alloy fixtures: the cost is relatively high, mainly because of the price of aluminum alloy material itself and the complex processing technology resulting in higher processing costs.
