Form-In-Place (FIP) Gasket Solutions

Your vision! Our expertise! Collaborating with engineering teams is what we do best! We listens to your priorities, and create a customized solution tailored to your specific requirements.

1. Conductive Elastomer FIP Gaskets

• Description: Form-in-Place gaskets using conductive elastomers.
• Primary Benefit: Precise EMI/RFI shielding and environmental sealing, with excellent electrical conductivity for critical electronic enclosures.

2. Silicone FIP Gaskets

• Description: FIP gaskets made from silicone materials.
• Primary Benefit: Excellent resistance to extreme temperatures, UV exposure, and environmental contaminants, ensuring reliable sealing.

3. Hybrid FIP Gaskets

• Description: FIP gaskets combining multiple materials for enhanced performance.
• Primary Benefit: Offers a balanced solution, combining EMI/RFI shielding, environmental sealing, and mechanical durability.

4. Custom-Formulated FIP Materials

• Description: Tailored FIP materials to meet specific engineering requirements.
• Primary Benefit: Precision-engineered solutions, addressing unique challenges with optimal sealing and shielding properties.

5. Low Compression Force FIP Gaskets

• Description: FIP gaskets requiring minimal compression force.
• Primary Benefit: Suitable for delicate components, reducing stress while maintaining reliable sealing and shielding.

6. High-Compression FIP Gaskets

• Description: FIP gaskets designed for applications demanding substantial compression force.
• Primary Benefit: Ensures tight sealing and EMI/RFI protection in high-pressure or rugged environments.

7. Thermally Conductive FIP Gaskets

• Description: FIP gaskets with enhanced thermal conductivity.
• Primary Benefit: Efficiently dissipates heat, crucial for thermal management in electronic enclosures.

8. UV-Resistant FIP Gaskets

• Description: FIP gaskets formulated to withstand prolonged UV exposure.
• Primary Benefit: Maintains sealing and shielding properties in outdoor or UV-rich environments.

9. Chemically Resistant FIP Materials

• Description: FIP materials engineered for resistance to specific chemicals.
• Primary Benefit: Ensures compatibility with harsh chemical environments, critical in industrial applications.

10. High-Temperature FIP Gaskets

• Description: FIP gaskets engineered to withstand extreme heat.
• Primary Benefit: Maintains sealing and shielding effectiveness at elevated temperatures, ideal for demanding industrial and aerospace applications.

1. Electronics Enclosures:

• Problem: Ensuring EMI/RFI shielding and environmental sealing for sensitive electronic components.
• Solution: Conductive elastomer FIP gaskets, critical in aerospace, telecommunications, and industrial electronics.

2. Telecommunications Infrastructure:

• Problem: Protecting telecom equipment from electromagnetic interference and environmental factors.
• Solution: Silicone FIP gaskets, crucial for signal integrity and outdoor networking gear.

3. Aerospace and Avionics:

• Problem: Maintaining hermetic sealing and EMI/RFI protection in aircraft electronics.
• Solution: Custom-formulated FIP gaskets, essential in aerospace and avionics systems.

4. Automotive Electronics:

• Problem: Sealing control modules and sensors against moisture and contaminants.
• Solution: Low-compression FIP gaskets, ensuring delicate component protection in automotive applications.

5. Industrial Control Systems:

• Problem: Shielding sensitive automation electronics from harsh industrial conditions.
• Solution: High-compression FIP gaskets, providing rugged sealing in manufacturing plants.

6. Military and Defense Electronics:

• Problem: Ensuring EMI/RFI shielding, environmental sealing, and durability in defense systems.
• Solution: Hybrid FIP gaskets, critical for military electronics and communications.

7. Outdoor Electronics:

• Problem: Protecting equipment in outdoor environments with exposure to UV radiation and moisture.
• Solution: UV-resistant silicone FIP gaskets, ideal for outdoor enclosures.

8. High-Temperature Electronics:

• Problem: Managing heat in high-power electronic enclosures.
• Solution: Thermally conductive FIP gaskets, crucial for thermal management in industrial and automotive applications.

9. Chemical Processing Equipment:

• Problem: Sealing electrical connections in chemically aggressive environments.
• Solution: Chemically resistant FIP materials, ensuring compatibility in chemical processing industries.

10. Oil and Gas Instrumentation:

• Problem: Protecting electronics from harsh, corrosive conditions in oil and gas applications.
• Solution: Customized FIP gaskets, essential in offshore and drilling equipment.