Crown Sealing Integration
Interface support for thread geometry, contact surfaces, sealing position, and actuation-related waterproof performance.
Engineering Solutions
Waterproof Engineering Solutions for Watch Assemblies
We support engineering teams with practical waterproof development strategies for crowns, gaskets, and structural sealing parts used in mechanical, sports, and diving watch programs.
Solution Focus Areas
- High-pressure resistance structures
- Diving watch sealing support
- Custom gasket and interface design
- Sealing reliability improvement
Application Scenarios
Designed Around Real Waterproof Performance Needs
Rather than generic supply only, we align product geometry, material choice, and sealing interface requirements with the intended water resistance target and watch use scenario.
High-Pressure Waterproof Structures
Support for crown interfaces, gasket compression strategy, and structural sealing details intended for elevated water pressure environments.
Rapid Development for Emerging Watch Brands
Faster iteration support for new product launches requiring prototype feedback, drawing review, and sealing-oriented design refinement.
Long-Term Reliability Improvement
Engineering attention to wear, compression retention, material compatibility, and assembly repeatability in mechanical watch programs.
Solution Modules
Where We Add Engineering Value
Our solution structure covers multiple stages of sealing development, from concept alignment to production-ready waterproof components.
Material & Gasket Selection
Guidance on material direction for silicone, NBR, FKM, and other sealing-relevant materials depending on use conditions.
Validation-Oriented Production
Prototyping and production planning aligned with air tightness testing, pressure simulation, and durability evaluation.
Engineering Flow
Typical Waterproof Development Process
Our project flow is built to reduce uncertainty in the transition from concept to production-ready sealing performance.
Step 01
Requirement Review
Clarify watch type, resistance target, component role, material direction, and assembly constraints.
Step 02
Design Alignment
Assess sealing geometry, contact logic, and dimensional features affecting waterproof performance.
Step 03
Prototype & Testing
Build evaluation samples and review results from pressure simulation and sealing checks.
Step 04
Production Launch
Scale with controlled production workflow and repeatable inspection standards.
Performance Objectives
Common Goals We Help Address
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Seal Consistency
Reduce variation in sealing behavior through tighter process control and interface-focused design review.
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Pressure Resistance
Support designs intended for common 3 ATM, 5 ATM, 10 ATM, and 20 ATM watch water resistance targets.
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Production Readiness
Prepare waterproof component programs for repeatable manufacturing, assembly, and final verification.
Need Support for a Waterproof Watch Design?
Share your drawings, resistance targets, and component questions. Our team can help align sealing requirements with manufacturable component solutions.