This product is a high-performance composite component manufactured using fluorosilicone (FVMQ) overmolding on PA+GF (Glass Fiber Reinforced Nylon).

It combines the high mechanical strength and dimensional stability of PA+GF with the excellent chemical resistance and elasticity of fluorosilicone rubber, making it suitable for demanding industrial, automotive, and fluid system applications.

The overmolding process forms a durable interface between the rigid structural substrate and the flexible sealing layer, enabling both load-bearing capability and reliable sealing performance in harsh environments.

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Key Advantages of Fluorosilicone Over PA+GF

Excellent Chemical and Fuel Resistance

Fluorosilicone provides superior resistance to aggressive media compared to standard elastomers.

• Resistant to fuels such as gasoline, diesel, and aviation kerosene
• Excellent resistance to oils, hydraulic fluids, and lubricants
• Stable performance in chemical exposure environments

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High Strength PA+GF Structural Base

PA+GF (glass fiber reinforced nylon) provides excellent mechanical properties.

• High stiffness and load-bearing capacity
• Excellent dimensional stability under stress
• Good wear and fatigue resistance

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Wide Temperature Resistance

The combined material system ensures stable operation under extreme conditions.

• Käyttölämpötila: -40 °C – 200 °C
• Maintains mechanical integrity at elevated temperatures
• Suitable for thermal cycling environments

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Reliable Integrated Sealing Structure

Fluorosilicone overmolding eliminates the need for separate sealing components.

• No O-rings or secondary assembly required
• Reduced leakage risk under vibration and pressure
• Tiiviyden pitkäaikainen kestävyys

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Strong Adhesion Between Elastomer and Composite Substrate

Special surface treatment and molding processes ensure reliable bonding.

• Improved interfacial adhesion
• Resistance to delamination under stress
• Suitable for dynamic and high-load applications

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Valmistusprosessi

The product is manufactured using precision overmolding technology:

1. PA+GF Injection Molding
   Glass fiber reinforced nylon is molded into the structural base.
2. Pinnan esikäsittely
   Cleaning and activation improve bonding performance.
3. Fluorosilicone Overmolding
   FVMQ material is injected onto the PA+GF substrate.
4. Lämpökovetus
   Elastomer is cured to form a stable bonded interface.
5. Quality Inspection
   Sealing performance, adhesion strength, and dimensional accuracy are tested.

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Tekniset tiedot

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Hakemukset

• Automotive fuel system components
• Engine compartment sealing parts
• Industrial hydraulic system components
• Oil and gas equipment parts
• High-load mechanical sealing structures
• Precision fluid control systems
• Chemical-resistant industrial assemblies

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Tekniset näkökohdat

Adhesion Between PA+GF and Fluorosilicone

Glass fiber reinforced nylon has a low surface energy, requiring:

• Plasma or chemical surface treatment
• Specialized primer systems
• Mechanical interlocking design features

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Material Compatibility Optimization

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

• Fuel exposure systems
• Hydraulic oil environments
• High temperature and chemical stress conditions

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Structural Reinforcement Design

PA+GF provides:

• High stiffness under load
• Improved creep resistance
• Long-term dimensional stability

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Usein kysyttyjä kysymyksiä

Why use fluorosilicone instead of standard silicone?

Fluorosilicone provides significantly better resistance to fuels, oils, and aggressive chemicals.

What is the advantage of PA+GF material?

PA+GF offers high strength, rigidity, and excellent dimensional stability for structural components.

Can this part be used in fuel systems?

Yes, it is suitable for automotive and industrial fuel system applications.

Onko räätälöinti mahdollista?

Yes, geometry, fiber content, fluorosilicone hardness, and sealing structure can be customized.