MeCaWear

MeCaWear are abrasion and erosion resistant polymer coatings. These coatings combine the advantages of polymers with the increased hardness, abrasion resistance and high temperature stability of aluminum oxide (Al2O3) and silicon carbide (SiC). By incorporating these advanced materials into polymer coatings, higher wear resistance, better thermal management and a longer service life are achieved.

These two materials are very hard and wear resistant and can be added to a polymer to make it more durable. Polymer coatings with Al2O3 and SiC are often used in applications where the substrate material needs to be protected from wear and corrosion, such as in the automotive, aerospace and construction industries.

Polymer coatings with Al2O3 and SiC offer a number of advantages over other types of coatings.
Increased durability: Aluminum oxide and silicon carbide are both very hard materials that can help protect the substrate from wear and abrasion.
Improved wear resistance: Al2O3 and SiC are both highly wear resistant materials that can help reduce wear on the substrate.
Corrosion and chemical resistance: Polymer coatings with aluminum oxide and silicon carbide particles offer improved corrosion and chemical resistance. The addition of these advanced materials creates a protective barrier that shields the underlying substrate from corrosive agents, chemicals and environmental influences. This protective layer helps to prevent degradation, extending the life of the coated surfaces and reducing maintenance.
High temperature stability: Aluminum oxide and silicon carbide particles contribute to the high temperature stability of the polymer coatings. These coatings can withstand high temperatures without significant degradation or loss of performance. This property makes them suitable for applications where resistance to thermal cycling, heat exposure and thermal shock is critical.
Versatile applications: Polymer coatings with aluminum oxide and silicon carbide are used in various industries. They are often used in areas where wear resistance, thermal management and corrosion resistance are crucial. These coatings are used in sectors such as automotive, aerospace, manufacturing, electronics and industrial equipment, providing reliable protection and improved performance for a wide range of components.
Extended service life: The increased hardness and wear resistance of these coatings leads to a longer service life of the coated surfaces. The inclusion of aluminum oxide and silicon carbide particles helps to mitigate wear-related problems, reducing the need for frequent repairs or replacements and increasing overall equipment reliability.
Improved performance in harsh environments: Polymer coatings with aluminum oxide and silicon carbide excel in demanding environments characterized by abrasive particles, high temperatures or corrosive substances. Their superior resistance to wear, thermal cycling and chemical attack enables them to work reliably even under harsh operating conditions.
Increased efficiency and productivity: Due to their excellent wear resistance and thermal management, these coatings contribute to improved efficiency and productivity in various applications. They minimize downtime due to wear-related failures, reduce heat generation and maintain the integrity of critical components, optimizing overall operational performance.
Cost-effective solution: The use of polymer coatings with aluminum oxide and silicon carbide can provide cost savings in the long run. The extended service life of coated surfaces reduces maintenance, repair and replacement costs associated with wear and corrosion issues. In addition, the improved thermal management capabilities can help optimize energy consumption and reduce cooling requirements.