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ATP5 VS MIC6 Cast Tooling and Fixture Aluminum Plates

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San Diego Machine
ATP5 VS MIC6 Cast Tooling and Fixture Aluminum Plates

Mic-6 and ATP-5 have likely been discussed in length by manufacturing professionals. To compare them, you must first learn as much as you can about each one. This information will help you make an informed decision if you are going to use it for your operation.


MIC-6: WHAT IS IT?


Aluminum's Mic-6 is a component of Alcoa's 7000 series base alloy, or what was previously known as Alumax. Its consistency is ensured by stable tooling plates. A variety of applications utilize Mic-6, including chip printing, vacuum chips, computer chips, and aircraft tools.


Mic-6 is satisfactory for anodization, welding, and painting. Considering its thermal conductivity, it should be welded hot and fast. The welding current should be set at a level that enables moderate welding speed for adequate heat input.


ATP-5: WHAT IS IT?


There are a number of applications for Vista Metals Corp.'s ATP5 Aluminum Plate. Numerous industries require machine fixtures, heat exchangers, vacuum chucks, template chucks, automotive base plates, and thermo formers. A wide range of applications in the manufacturing industry can be served using this type of aluminium plate, which is designed with the latest technology. Surfaces can be flattened and there is consistency in mechanical properties as well as dimension under severe conditions. In industries with high-speed cutting, an ATP-5 is essential since it will reduce machining time, fully homogenize and relieve stress, while keeping your overall manufacturing costs low.


MIC-6 or ATP-5: Which One Performs Better?


The gauge sizes of ATP-5 and Mic-6 range from 1/4" to 4". The surfaces are each precision milled with a 20 RMS or better finish. The gauge thickness tolerance for both is +/- .005 inches. 


ATP-5 has a Brinell hardness score of 70, while Mic-6 has a score of 65. A significant difference between Mic-6 and ATP-5 is in corrosion resistance and welding characteristics. Mic-6's microstructure is porous, but ATP-5 is almost completely porous.


You can easily see what applications each material is better suited for using based on the data provided. ATP-5 has better tensile strength, is non-porous, easy to weld, and even resists corrosion better than steel. Overall, it is a better product. A number of manufacturers favour ATP-5's light weight and low porosity since it is so popular. Scientists and companies alike are discovering new uses for ATP-5 at present. It is not difficult to understand why it is a favourite among manufacturers due to its versatility. You should consider the financial considerations and the purpose of the product in order to make a decision based on the information provided above about ATP-5 vs Mic-6.


If you are still confused with the decision, visit the website https://www.sandiegomachine.com/ to find out what industrial experts have to say.


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