Elementy metalowe ze stali nierdzewnej SUS304 z powłoką z fluorosilikonu – wysokowydajne elementy uszczelniające odporne na działanie substancji chemicznych

This product is a high-performance sealing and structural component manufactured using fluorosilicone (FVMQ) overmolding on SUS304 stainless steel.

It combines the mechanical strength of SUS304 stainless steel with the superior chemical resistance and flexibility of fluorosilicone rubber, making it suitable for demanding environments involving fuel, oil, chemicals, and extreme temperatures.

This product is a high-performance sealing and structural component manufactured using fluorosilicone (FVMQ) overmolding on SUS304 stainless steel.

It combines the mechanical strength of SUS304 stainless steel with the superior chemical resistance and flexibility of fluorosilicone rubber, making it suitable for demanding environments involving fuel, oil, chemicals, and extreme temperatures.

The overmolding process creates a strong mechanical and partial chemical bond between the fluorosilicone elastomer and the metal substrate, ensuring long-term sealing stability and structural reliability.


Key Advantages of Fluorosilicone Over SUS304

Doskonała odporność chemiczna i paliwowa

Fluorosilicone rubber offers outstanding resistance to aggressive media compared to standard silicone rubber.

  • Odporny na działanie paliw, takich jak benzyna, olej napędowy i nafta lotnicza
  • Doskonała odporność na oleje, płyny hydrauliczne i smary
  • Stała wydajność w środowiskach narażonych na działanie substancji chemicznych

Strong Mechanical Structure from SUS304

The stainless steel core provides high strength and structural integrity.

  • High corrosion resistance
  • Excellent mechanical durability
  • Suitable for high-pressure and load-bearing applications

Wide Temperature Resistance Range

The combination of fluorosilicone and SUS304 ensures stable performance under extreme conditions.

  • Operating temperature: -60°C to 200°C
  • Maintains elasticity at low temperatures
  • No degradation under thermal cycling

Niezawodna skuteczność uszczelniania

Fluorosilicone overmolding provides long-term sealing reliability.

  • Eliminates traditional gasket assembly
  • Reduces leakage risk under vibration and pressure
  • Maintains sealing integrity in harsh environments

Strong Adhesion to Metal Substrate

Advanced surface treatment ensures stable bonding between elastomer and metal.

  • Chemical bonding and mechanical interlocking
  • Prevents delamination under stress
  • Suitable for long-term dynamic applications

Proces produkcyjny

The product is manufactured using precision metal overmolding technology:

  1. SUS304 Metal Forming
    Stainless steel components are precision machined or stamped.
  2. Surface Treatment
    Surface cleaning and activation improve bonding performance.
  3. Fluorosilicone Injection Overmolding
    FVMQ material is injected onto the metal surface under controlled temperature and pressure.
  4. Utwardzanie i klejenie
    The elastomer is thermally cured to form a durable bonded structure.
  5. Quality Inspection
    Sealing performance, adhesion strength, and dimensional accuracy are tested.

Dane techniczne

Pozycja Opis
Nazwa produktu Fluorosilicone Overmolded SUS304 Component
Metal Base SUS304 Stainless Steel
Elastomer Material Fluorosilicone Rubber (FVMQ)
Proces Metal Overmolding Injection
Zakres temperatur od -60°C do 200°C
Odporność chemiczna Fuels, oils, hydraulic fluids, solvents
Corrosion Resistance High (SUS304 base)
Sealing Type Integrated elastomer-metal sealing
Struktura Rigid + flexible hybrid component

Zastosowania

  • Automotive fuel system sealing parts
  • Aerospace fuel and hydraulic components
  • Industrial chemical equipment seals
  • Oil and gas system connectors
  • High-performance valve sealing components
  • Precision instrumentation sealing structures
  • Marine and offshore equipment components

Kwestie techniczne

Metal to Fluorosilicone Bonding

Surface treatment is critical to ensure long-term adhesion between SUS304 and fluorosilicone, typically using:

  • Plasma treatment
  • Primer coating systems
  • Mechanical interlocking design structures

Material Compatibility

Fluorosilicone is selected for environments where standard silicone fails, especially in:

  • Fuel exposure systems
  • High chemical aggression environments
  • Wide temperature fluctuation conditions

Optymalizacja konstrukcyjna

SUS304 geometry is designed to improve:

  • Stress distribution
  • Bonding surface area
  • Długotrwała odporność na zmęczenie materiału

Najczęściej zadawane pytania

Why use fluorosilicone instead of standard silicone?

Fluorosilicone provides significantly better resistance to fuels, oils, and solvents compared to standard silicone rubber.

Can it be used in fuel systems?

Yes, it is widely used in automotive and aerospace fuel system sealing applications.

Does the rubber separate from the metal over time?

No, with proper surface treatment and molding process, the bonding is designed for long-term stability under dynamic conditions.

Czy istnieje możliwość dostosowania do indywidualnych potrzeb?

Yes, SUS304 geometry, fluorosilicone hardness, and sealing structure can all be customized.

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