Filter

    FITTINGS & FITTING KITS

    Explore our extensive range of high-quality brass fittings and fitting kits, including push-to-connect (PTC) fittings, Schrader valves, and more. Designed for seamless integration with various air systems, our fittings are available in sizes ranging from 1/8" to 3/4" NPT. Whether you're setting up or maintaining air suspension, onboard air systems, or industrial pneumatic applications, our durable and reliable fittings ensure optimal performance and leak-free connections.

    91 products
    HornBlasters Air Line to Schrader Valve Fitting FT-SV4
    Air Line to Schrader Valve Fitting
    Used for Inflation
    1 review
    from CHF 8.00
    HornBlasters 1/8" Female NPT to 1/4" PTC Fitting
    1/8" Female NPT to 1/4" PTC Fitting
    Accepts 1/4" Air Line
    CHF 7.00
    HornBlasters 1/8" NPT to 1/4" PTC Fitting
    1/8" NPT to 1/4" PTC Fitting
    Accepts 1/4" Air Line
    CHF 7.00
    HornBlasters 1/8" NPT Brass Plug
    1/8" NPT Brass Plug
    Plugs Open 1/8" Ports
    CHF 6.00
    HornBlasters 1/8" Union Tee
    1/8" Union Tee
    Accepts 1/8" Air Line
    CHF 7.00
    HornBlasters 1/8" NPT to 1/4" NPT Expander Bushing
    1/8" NPT to 1/4" NPT Expander Bushing
    1/8" Male to 1/4" Female
    CHF 6.00
    HornBlasters 1/8" Female NPT to 5/16" PTC Fitting
    1/8" Female NPT to 5/16" PTC Fitting
    Accepts 5/16" Air Line
    CHF 6.00
    HornBlasters 1/8" Female NPT to 5/16" PTC Elbow Fitting
    1/8" Female NPT to 5/16" PTC Elbow Fitting
    Accepts 5/16" Air Line
    7 reviews
    CHF 7.00
    HornBlasters 1/8" NPT Schrader Valve
    1/8" NPT Schrader Valve
    Used for Inflating
    CHF 7.00
    HornBlasters 1/8" PTC to 1/8" PTC Fitting
    1/8" PTC to 1/8" PTC Fitting
    Accepts 1/8" Air Line
    CHF 6.00
    HornBlasters 1/8" Male BSPT to 1/2" PTC Fitting
    1/8" Male BSPT to 1/2" PTC Fitting
    Accepts 1/2" Air Line
    CHF 9.00
    HornBlasters 1/8" Male BSPT to 1/2" PTC Elbow Fitting
    1/8" Male BSPT to 1/2" PTC Elbow Fitting
    Accepts 1/2" Air Line
    CHF 8.00
    HornBlasters 1/8" Female NPT Brass Elbow
    1/8" Female NPT Brass Elbow
    1/8" Female NPT
    CHF 6.00
    HornBlasters 1/4" Male NPT to 1/8" NPT Reducer Fitting
    1/4" Male NPT to 1/8" NPT Reducer Fitting
    Reduces 1/4" Ports to 1/8"
    CHF 6.00
    HornBlasters 1/4" Female NPT to 1/8" PTC Fitting
    1/4" Female NPT to 1/8" PTC Fitting
    Accepts 1/8" Air Line
    CHF 7.00
    HornBlasters 1/4" Male NPT to 1/8" PTC Fitting
    1/4" Male NPT to 1/8" PTC Fitting
    Accepts 1/8" Air Line
    CHF 7.00
    HornBlasters 1/4" NPT Brass Run Tee Fitting
    1/4" NPT Brass Run Tee Fitting
    Provides an Additional 1/4" Port
    3 reviews
    CHF 8.00
    HornBlasters 1/4" NPT Brass Plug
    1/4" NPT Brass Plug
    Plugs Open 1/4" Ports
    1 review
    CHF 4.00

    WHAT ARE EXAMPLES OF FITTINGS?

    Fittings are essential components used to connect, control, or terminate sections of pipe, tubing, or hose in various systems. Examples include:

    • Elbow Fittings: These change the direction of flow, typically at 90 or 45-degree angles.

    • Tee Fittings: Shaped like the letter 'T', they combine or split flow paths.

    • Couplings: Used to connect two straight sections of pipe or tubing.

    • Adapters: Enable connections between different types or sizes of fittings.

    • Push-to-Connect (PTC) Fittings: Allow quick and easy connections without tools, commonly used in pneumatic systems.

    • Schrader Valves: Used in various applications to allow the inflow of air under pressure.

    These fittings are available in materials like brass, stainless steel, and plastic, each chosen based on the application's requirements.

    WHAT ARE FITTINGS USED FOR?

    Fittings serve multiple purposes across different systems:

    • Connecting Components: They join sections of pipe, tubing, or hose to create a continuous system.

    • Changing Directions: Elbow fittings alter the flow direction within a system.

    • Splitting or Combining Flows: Tee and wye fittings distribute or merge fluid or air streams.

    • Adapting Sizes or Types: Reducers and adapters transition between different sizes or types of connections.

    • Sealing and Terminating: Caps and plugs close off the ends of systems or components.

    In pneumatic systems, fittings are crucial for ensuring leak-free connections, maintaining system efficiency, and facilitating easy assembly and maintenance.

    WHAT ARE THE DIFFERENT TYPES OF PNEUMATIC FITTINGS?

    Pneumatic fittings are designed specifically for use in pressurized systems and come in various types:

    • Push-to-Connect (PTC) Fittings: Enable quick connections by simply inserting the tubing into the fitting, ensuring a secure seal.

    • Compression Fittings: Use a compressive force to secure the tubing, providing a tight and reliable connection.

    • Barbed Fittings: Feature ridges (barbs) that grip the inside of flexible tubing, ensuring a secure fit.

    • Quick-Disconnect Couplings: Allow for rapid connection and disconnection of components without the need for tools.

    • Threaded Fittings: Have internal or external threads to connect with corresponding threaded components, ensuring a tight seal.

    Each type serves specific functions and is chosen based on factors like the required pressure rating, type of tubing or hose used, and the need for frequent disconnection.

    what materials are commonly used for pneumatic fittings?

    Pneumatic fittings are manufactured from various materials, each offering distinct advantages:

    • Brass: Known for its durability and corrosion resistance, brass is suitable for many applications, including air, water, and fuel lines.

    • Stainless Steel: Offers excellent corrosion resistance and strength, ideal for harsh environments or where hygiene is critical.

    • Plastic (e.g., Polyethylene, Nylon): Lightweight and resistant to corrosion, plastic fittings are used in applications where pressure requirements are lower.

    • Aluminum: Lightweight and resistant to corrosion, aluminum fittings are used where weight is a concern.

    The choice of material depends on factors such as the medium being transported, environmental conditions, pressure requirements, and regulatory standards.