The nuclear power sector demands sealing components that deliver absolute leak-tight performance, withstand radiation, and operate reliably under extreme temperature and pressure conditions.
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EN
Kernenergie- en stralingskritieke afdichtingsoplossingen
Engineered elastomers for containment, safety, and radiation resilience.
The Future of Nuclear Safety Depends on Stronger, Radiation-Resilient Sealing
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What we deliver
Radiation-Resistant Materials
EPDM and silicone compounds engineered to maintain elasticity, sealing force, and compression set under prolonged radiation exposure.
Safety-Critical Reliability
Custom seals designed for predictable long-term performance in containment doors, fuel systems, and emergency mechanisms.
Engineering Support & Traceability
Nuclear-grade documentation, batch traceability, and stringent quality control for validated operations
Applications
Our sealing solutions are engineered for nuclear and radiation-critical applications, delivering high integrity sealing, material stability, and long-term performance in extreme and regulated environments.
Reactor Containment Doors & Access Systems
Emergency Isolation & Shutdown Mechanisms
Fuel Handling, Transfer & Storage Systems
Auxiliary Building Sealing & Controlled-Zone Enclosures
Defense & Biohazard Installations with Nuclear-Level Safety Requirements
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Reactor Containment Doors & Access Systems
Emergency Isolation & Shutdown Mechanisms
Fuel Handling, Transfer & Storage Systems
Auxiliary Building Sealing & Controlled-Zone Enclosures
Auxiliary Building Sealing & Controlled-Zone Enclosures
Reliable, Radiation-Resilient Sealing for Nuclear-Grade Safety
Engineered for containment integrity, long-term stability, and performance under extreme operating conditions.
FAQs
1. Do your elastomers withstand high radiation exposure?
Yes. Our EPDM, silicone, and FKM materials are engineered and tested for prolonged ionizing radiation environments.
2. Are your seals suitable for nuclear containment doors and safety systems?
Absolutely. We manufacture inflatable seals, extrusions, and molded gaskets designed for containment, emergency shutdown mechanisms, and controlled-zone enclosures.
3. Do your materials tolerate extreme temperatures and pressure cycling?
Yes. Our compounds are engineered to withstand –40°C to +200°C, steam, chemical exposure, and rapid pressure variations common in nuclear systems.
4. Do you offer batch traceability and nuclear-grade documentation?
Yes. We provide complete documentation packages, COAs, batch traceability, and manufacturing records aligned with nuclear safety requirements.
5. Can you manufacture seals for non-standard geometries and large structures?
Yes. Our in-house CNC tooling and rapid prototyping enable custom seals for unique hatches, access doors, and reactor equipment.
6. Are your sealing solutions tested for long-term compression set and durability?
Yes. Our nuclear-grade formulations maintain sealing force, elasticity, and dimensional stability over extended life cycles.
Yes. All nuclear sealing solutions are produced under ISO 9001-certified quality systems with rigorous QC and controlled processes.
Yes. All nuclear sealing solutions are produced under ISO 9001-certified quality systems with rigorous QC and controlled processes.
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