/ INDUSTRIAL APPLICATIONS
Industrial seals do not succeed because of shape alone. Media, temperature, pressure, movement, mating geometry and assembly method must be considered together. We develop custom silicone and LSR components around the actual service environment.
/ APPLICATION-LED DEVELOPMENT
Seals For Industry supports drawing-based projects from early geometry review through tooling, sampling and controlled production. Instead of forcing a catalog part into the assembly, we review the sealing interface and recommend a manufacturable component.
Typical projects include enclosure gaskets, sensor seals, valve diaphragms, connector seals, dust boots, bellows, overmolded assemblies and custom profiles. The final design is confirmed against the customer’s own performance and validation requirements.
Discuss your application ↗/ APPLICATION AREAS
Custom gaskets and molded seals help protect housings, displays, connectors, control boxes and electronic assemblies from dust, splash and environmental exposure.
Vehicle sealing components may face vibration, thermal cycling, outdoor exposure, oils and assembly automation. Material and geometry must match the exact location.
Precision LSR and silicone parts can support devices requiring repeatable geometry, soft contact, flexible response and controlled appearance.
Pumps, valves, actuators, instruments and automation equipment often require non-standard seals that fit existing grooves, covers and moving interfaces.
Outdoor housings need sealing components that maintain compression while exposed to water, UV, ozone and repeated temperature changes.
Laboratory, aerospace-support, defense-support and specialized instruments may require unusual geometry, smaller production quantities or project-specific documentation.
APPLICATION REVIEW
A useful RFQ does not need every answer, but it should identify the conditions that can change seal performance. Our engineering review focuses on the missing decisions before tooling begins.
Dust, splash, liquid, gas, vacuum, pressure retention or EMI-related function.
Continuous and peak temperature, UV, ozone, chemicals, fuels, oils and cleaning agents.
Groove size, available compression, mating-surface variation, fastener spacing and assembly path.
Static, rotating, reciprocating or repeated flexing, including target cycles and maintenance interval.
Prototype quantity, annual volume, color, packaging, inspection documents and delivery schedule.
/ APPLICATION FAQ
No. General-purpose silicone is versatile, but fuels, oils, chemicals, electrical performance, medical-device responsibility and extreme service conditions may require a different compound or separate validation.
Yes. Send the groove dimensions, mating surfaces, compression direction, assembly method and known failure mode. A 3D model is especially useful for complex or non-circular seals.
Possibly, but each interface must be compared for groove dimensions, compression, fastening and operating conditions. Standardizing one seal can reduce cost only when the mechanical window is genuinely shared.
Provide a PDF, STEP or CAD file, media, temperature, pressure, motion, target performance, prototype quantity, annual volume and any critical inspection or documentation requirements.
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