Cone Fitting: Affordable Cone Fitting Options for hydraulics

Ready to enhance your hydraulic system? Explore our Cone Fitting options. Kingdaflex is a leading fitting manufacturer to provide you all cone fittings, to ensure high quality and big quantity. For more, please feel free to contact us at any time if you are looking for the cone fittings bulk.

Various Cone Fittings

BSP Cone Fitting

BSP stands for British Standard Pipe and is a common thread type used in hydraulic and pneumatic systems. When combined with the cone seal, it creates a reliable connection.

stainless steel female bsp 60 degree cone hose fitting

BSP 60 Degree Cone Hose Fitting

A stainless steel female BSP 60-degree cone hose fitting is a crucial component in hydraulic systems. It’s designed to connect a hydraulic hose to a pipe or component with a male BSP (British Standard Pipe) thread.

Stainless Steel Female Bsp 60 Degree Cone 90 Elbow Hose Fitting

BSP 90 Degree Elbow Cone Fitting

A stainless steel female BSP 60 degree cone 90 elbow hose fitting is a specialized connector used in hydraulic systems to create a 90-degree bend. It features a female British Standard Pipe (BSP) thread on one end and a 60-degree cone on the other for connecting to a hydraulic hose.

45 degree hydraulic hose elbow fitting

BSP 45 Degree Elbow Cone Fitting:

BSP 45 degree elbow cone fitting is a pipe fitting used to change the direction of a fluid flow by 45 degrees. It is typically made of brass or stainless steel and features a cone-shaped end for sealing purposes.

BSP male cone straight fitting

BSP male straight Cone fitting

A BSP Male Straight Cone Fitting is a type of hydraulic fitting that combines a male British Standard Pipe (BSP) thread with a 60-degree cone seal.

female hydraulic hose fitting

BSP Female Cone Fitting

A BSP female cone fitting has a female BSP threaded end and a female cone-shaped receiving end. It receives a male cone fitting for a secure connection.

Cone and Thread Fittings

Cone and thread fittings (C&T) are a type of pipe fitting renowned for their ability to handle high pressure and harsh environments. C&T fittings feature a threaded end and a conical sealing surface. When tightened, the cone is drawn into a mating fitting, creating a metal-to-metal seal.

Cone and Thread Fittings
  • High-pressure capability: Can handle pressures up to 60,000 psi.  
  • Reliable sealing: Metal-to-metal seal ensures leak-free performance.  
  • Wide range of materials: Available in various materials to suit different applications.  
  • Versatility: Can be used with different tube sizes and shapes.
  • Reusable: Fittings can be disassembled and reassembled multiple times.

Cone fitting FAQs

A cone fitting is a type of pipe fitting that utilizes a cone-shaped sealing surface to create a high-pressure, leak-tight connection.

There seems to be a misunderstanding. While the term “cone” is commonly used in engineering and manufacturing to describe a specific shape, it’s not a standard term in the plumbing industry.

Possible Interpretations:

  1. Cone-Shaped Fittings: While not a common term, you might be referring to fittings with a conical shape, such as those used in hydraulic systems. These fittings create a tight seal by using a tapered, conical end.
  2. Pressure Reducing Valve: A pressure reducing valve, sometimes called a pressure regulator, might have a cone-shaped component internally to regulate water pressure.  
  3. Other Components: There could be other less common components in plumbing systems with a conical shape, but without more context, it’s difficult to determine.

Cone fittings rely on a precise mechanical interlock between a conical male and female component to create a high-pressure seal.  

The Process:

  • Preparation: The tubing or pipe is prepared with a specific cone angle, often around 60 degrees.
  • Assembly: The male cone, which is typically part of a fitting, is inserted into the female counterpart.  
  • Tightening: The fitting is tightened to a specified torque, forcing the male cone into the female cone.
  • Seal Formation: This process creates a metal-to-metal seal that is highly resistant to leakage, even under extreme pressure conditions.  

Key points about cone fittings:

  • Precision: The accuracy of the cone angle is crucial for a successful seal.
  • Torque: Proper tightening is essential to achieve the required seal.
  • Material: The materials used in cone fittings must be compatible with the fluid and pressure conditions.  
  • Applications: Cone fittings are widely used in hydraulic, pneumatic, and other high-pressure systems due to their reliability.

A JIC fitting cone has a 37-degree angle.

This specific angle is crucial for creating a tight and reliable seal when the male and female fittings are joined.

Cone fittings are primarily categorized by their end connections and materials.

By End Connection:

  • Male Cone Fittings: These have a male threaded end on one side and a cone-shaped end on the other.
  • Female Cone Fittings: These have a female threaded end on one side and a conical receiving area for the male cone on the other.
  • Swivel Cone Fittings: These allow for rotation of the connected component without affecting the seal.
  • Elbow Cone Fittings: These create a 90-degree angle in the fluid path.
  • Tee Cone Fittings: These create a branch in the fluid path.

By Material:

  • Stainless Steel: Offers excellent corrosion resistance and durability.
  • Carbon Steel: Often used for general-purpose applications.
  • Brass: Provides good machinability and corrosion resistance in certain environments.
  • Other Materials: Depending on the specific application, other materials like aluminum or specialized alloys might be used.

Additional Considerations:

  • Pressure Rating: Cone fittings are available in various pressure ratings to suit different applications.
  • End Connection Standards: These include BSP, NPT, metric, and others, depending on the region and industry.
  • Sealing Methods: While the cone-shaped seal is primary, some fittings might use additional sealing elements like O-rings for enhanced performance.

Would you like to focus on a specific type of cone fitting or application?