The materials and features of industrial keyboards vary significantly depending on the application scenario. They are primarily categorized into the following types and characteristics:
Made of high-strength stainless steel such as SUS304, they withstand 500 hours of salt spray testing and have an impact strength exceeding 800 MPa, making them suitable for corrosive environments such as chemical and
The brushed or sandblasted surface offers a delicate touch and resists fingerprints.
Made of food-grade silicone (molecular formula n(H₂O)m(SiO₂)), they withstand temperatures ranging from -60°C to 250°C and are FDA and RoHS certified.
The fully sealed structure achieves IP69K protection and supports autoclave sterilization, making them suitable for medical operating rooms and food processing lines.
A composite design of aluminum alloy (such as 6063-T5) and magnesium alloy reduces weight by 40% while maintaining a 300 MPa bending strength. They are commonly found in aviation equipment control consoles. Anodized surface treatment enhances wear resistance, achieving a coefficient of friction ≤ 0.15.
Nano-silver ions are added to medical keyboards, achieving an antibacterial rate of >99.9% and passing the EN60601-1-2 medical electromagnetic compatibility standard.
Microcapsules are coated on the surface of the PES material, allowing scratches to heal within 24 hours, extending the lifespan of industrial keyboards by 30%.
The material used in industrial keyboards requires comprehensive consideration of mechanical strength, environmental resistance, and human-computer interaction requirements, resulting in significantly different solutions for different industries.
The materials and features of industrial keyboards vary significantly depending on the application scenario. They are primarily categorized into the following types and characteristics:
Made of high-strength stainless steel such as SUS304, they withstand 500 hours of salt spray testing and have an impact strength exceeding 800 MPa, making them suitable for corrosive environments such as chemical and
The brushed or sandblasted surface offers a delicate touch and resists fingerprints.
Made of food-grade silicone (molecular formula n(H₂O)m(SiO₂)), they withstand temperatures ranging from -60°C to 250°C and are FDA and RoHS certified.
The fully sealed structure achieves IP69K protection and supports autoclave sterilization, making them suitable for medical operating rooms and food processing lines.
A composite design of aluminum alloy (such as 6063-T5) and magnesium alloy reduces weight by 40% while maintaining a 300 MPa bending strength. They are commonly found in aviation equipment control consoles. Anodized surface treatment enhances wear resistance, achieving a coefficient of friction ≤ 0.15.
Nano-silver ions are added to medical keyboards, achieving an antibacterial rate of >99.9% and passing the EN60601-1-2 medical electromagnetic compatibility standard.
Microcapsules are coated on the surface of the PES material, allowing scratches to heal within 24 hours, extending the lifespan of industrial keyboards by 30%.
The material used in industrial keyboards requires comprehensive consideration of mechanical strength, environmental resistance, and human-computer interaction requirements, resulting in significantly different solutions for different industries.