Compact and lightweight: Typically weighing from a few grams to several dozen grams, they are easy to carry and install. Widely used in small electronic devices, remote controls and similar products, they impose no additional burden.
Aesthetic Appeal: Modern screen-printing techniques enable intricate patterns and text to be applied to the film, catering to diverse design requirements and elevating product aesthetics.
Panel Variety: Panel materials typically include polycarbonate (PC) and polyester (PET), offering high transparency for clear visibility of key positions and labels. Options for glossy or textured finishes are available, with certain materials accommodating integrated LCD display windows.
Superior sealing: Utilising proprietary techniques, these panels achieve waterproofing, oil resistance, contamination protection, and anti-static interference. They withstand diverse harsh environments—such as kitchen appliances and industrial control equipment—effectively resisting grease, dust, and static electricity to ensure reliable switch operation.
Superior conductivity: Circuits can be printed using carbon paste, silver paste, or copper-platinum. The conductive layer is freely foldable, with resistivity controllable to specification. It withstands high-voltage shocks exceeding 100,000 volts without functional impairment, guaranteeing stable and reliable signal transmission.
Extended service life: Materials exhibit superior insulation, heat resistance, flexural strength, and high resilience. Reverse printing techniques protect patterns from damage, typically yielding a service life exceeding three years.
Comfortable tactile feedback: Different types offer distinct haptic responses. For instance, convex-surface tactile switches provide excellent tactile sensation, while metal spring-loaded keypads deliver superior tactile feedback, uniform actuation force, and high stroke precision. This ensures clear user feedback during operation, enhancing the overall user experience.
Window-type membrane switches utilise materials like polycarbonate (PC) or polyester (PET), offering insulation, wear resistance, and thermal stability. They support customised pattern designs while providing waterproof, dustproof, and corrosion-resistant functionality for demanding environments. Sealed construction effectively blocks moisture and particulate ingress.
With a lifespan exceeding 5 million actuations and high compressive strength, they are well-suited for high-frequency operation scenarios.
They can be manufactured in various shapes and structures—including flat, convex, and three-dimensional designs—to meet diverse product installation and usage requirements.
Widely applied across electronic communications, electronic measuring instruments, industrial control systems, medical equipment, the automotive industry, smart toys, and household appliances, they fulfil the functional and aesthetic demands of switches across different sectors and products.
