The highest strength characteristics of any ceramic material for its chemistry. Due to the tensile strength provided by continuous fibers in a composite, higher thermal cycling, better crack propagation, and superior dimensional stability can be achieved. Outclassing the classic monolithic at every turn.
When it comes to industrial materials, less is more. In terms of volume and mass in your components to accomplish your production and performance goals, that is especially true. By using CMC, material mass can be reduced by up to 80% in some cases. Leading to exponential weight and energy savings, allowing your process to run faster.
While notoriously expensive, the CMC's manufactured with Pasha Composites are manufactured with a patent-pending technology enabling us to address markets that have been waiting for the day that CMC technology can be made available to industrial process.
There are few products that do not claim to be green or limit their carbon footprint in some way. Due to the nature of CMC's there are zero cases in which substituting our product for an existing metal or monolithic product will not reduce emissions, and in most cases, drastically so.
There are few products that do not claim to be green or limit their carbon footprint in some way. Due to the nature of CMC's there are zero cases in which substituting our product for an existing metal or monolithic product will not reduce emissions, and in most cases, drastically so. We support our customers in the power generation and aviation sectors to improve their processes while ourselves targeting the manufacturing sector with our patent-pending hybrid CMC system to address the three leading sectors by C02 emissions.
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