Precision seals and gaskets are high-tolerance components made from materials like rubber, silicone, or metal, designed to prevent leaks in mechanical systems under high pressure, temperature, or vibration. They ensure airtight or watertight integrity in industrial machinery
Common options include FKM (Viton) for chemical resistance, EPDM for weatherproofing, silicone for high-heat flexibility, and metallic alloys for extreme pressures. Material choice depends on your application's temperature, fluid type, and environment.
Ultra-thin gaskets as slim as 0.1–0.3mm are possible using LSR molding or laser cutting, ideal for micro-applications like microfluidics while maintaining sealing performance.
High-precision manufacturing delivers tolerances from ±0.05mm for industrial use to ±0.005mm for medical or semiconductor applications, verified via laser inspection.
Sizes are based on inner/outer diameter, thickness, and flange width; custom options work from CAD files, samples, or drawings for exact fits.
They're essential in automotive engines, aerospace, oil & gas, medical devices, and microfluidics for leak prevention in pumps, valves, and high-pressure systems.
Seals (like O-rings) dynamically prevent leaks in moving parts, while gaskets statically seal static joints like flanges; both are customized for your setup.
Yes, metallic spiral-wound gaskets excel up to 600°C and extreme pressures, while elastomers like FKM manage 250°F+ in fuels or chemicals.
Options include laser cutting for ultra-precision, waterjet for complex shapes, and compression molding for high-volume rubber parts with tight tolerances
Consider sealing pressure, fluid compatibility, temperature range, and surface roughness; we recommend based on your specs for optimal compression (15–25%).
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