Equal Union: This type of union is used to join two pipes of the same size in a straight, equal manner, ensuring a seamless connection without any variation in diameter.

Unequal Union: Unlike the equal union, an unequal union is designed to connect pipes of different sizes, allowing for the transition between different diameters while maintaining a secure and leak-proof joint.

Bulkhead Union: A bulkhead union is specifically designed for use in situations where a pipe needs to pass through a wall or partition. It provides a secure connection on both sides of the wall, ensuring fluid flow without leaks.

Equal Union Cross: This type of union facilitates the connection of four pipes at right angles to each other, forming a cross-shaped junction. It allows for fluid flow in multiple directions from a central point.

Pipe Union (2 pc and 3 pc): Pipe unions typically consist of two or three separate pieces that can be assembled to join or disconnect pipes easily. They are often used in applications where frequent maintenance or disassembly is required.

Bulkhead Union Round Body (Threaded and Socket Weld): These unions are similar to standard bulkhead unions but are designed for specific types of pipe connections. The threaded version is suitable for threaded pipes, while the socket weld version is used with socket weld pipes, providing a secure and sealed connection through walls or partitions.

Reducing Union: A reducing union is used when connecting pipes of different diameters. It allows for the transition between two different pipe sizes while maintaining a secure and leak-free joint.

Bulkhead Reducing Union: Similar to the bulkhead union, this type of union is designed for situations where pipes of different sizes need to pass through a wall or partition. However, it also incorporates a reducing feature to accommodate the transition between different pipe diameters.

Specifications for Union Pipe Fitting Tools

Uses of Union Pipe Fitting Tools

Unequal Union:

1. Connecting pipes of different diameters in plumbing and industrial piping systems.
2. Facilitating transitions between pipes of varying sizes without compromising the integrity of the system.
3. Commonly used in situations where there’s a need to adapt to changes in pipe diameter within a single system.

Bulkhead Union:

1. Enabling the passage of pipes through walls, partitions, or bulkheads while maintaining a sealed connection on both sides.
2. Often employed in marine, automotive, and industrial applications where pipes need to pass through structural barriers.
3. Facilitating maintenance or repair tasks without the need to dismantle the entire piping system.

Equal Union Cross:

1. Allowing the connection of four pipes at right angles to each other, creating a cross-shaped junction.
2. Useful in applications where fluid flow needs to be distributed or collected from multiple directions.
3. Commonly found in hydraulic systems, process piping, and plumbing installations.

Pipe Union (2 pc and 3 pc):

1. Facilitating easy assembly and disassembly of piping systems for maintenance, repair, or modification purposes.
2. Providing a leak-proof and secure connection between pipes while allowing for easy removal when necessary.
3. Commonly used in industrial, residential, and commercial plumbing systems.


Bulkhead Union Round Body (Threaded and Socket Weld):

1. Enabling pipes to pass through walls or partitions while maintaining a secure and sealed connection.
2. Threaded version suitable for applications where quick installation and removal are required.
3. Socket weld version preferred for high-pressure applications where a strong, welded connection is necessary.

Reducing Union:

1. Facilitating transitions between pipes of different diameters within a single piping system.
2. Useful for adapting to changes in flow requirements, system modifications, or connecting pipes of different sizes.
3. Commonly used in plumbing, HVAC (heating, ventilation, and air conditioning), and industrial piping systems.

Bulkhead Reducing Union:

1. Combining the functionality of a bulkhead union with that of a reducing union, allowing pipes of different sizes to pass through walls or partitions.
2. Useful for applications where both a change in pipe diameter and passage through a barrier are necessary.
3. Providing a sealed and secure connection while accommodating variations in pipe size.

Full Coupling (Hex Body): A full coupling with a hex body design provides a secure connection between two pipes of the same size. The hexagonal shape of the body facilitates easy installation and tightening using a wrench. This coupling ensures a leak-proof joint, commonly used in various plumbing and industrial applications where a strong and reliable connection is required.

Full Coupling (Round Body – Threaded): A full coupling with a round body and threaded ends is designed to join two pipes in a straight configuration. The threaded ends allow for easy installation onto the pipes without the need for welding. This coupling provides a secure and leak-proof connection, commonly used in plumbing systems, gas lines, and other applications where threaded connections are preferred or necessary.

Full Coupling (Round Body – SW): Similar to the threaded version, the full coupling with a round body and socket weld ends is designed to join two pipes securely. Instead of threaded ends, it features socket weld ends, which require the pipes to be inserted into the coupling and then welded in place. This type of coupling offers a strong, permanent connection suitable for high-pressure applications commonly found in industries such as oil and gas, chemical processing, and power generation.

Half Coupling (Round Body Threaded): A half coupling with a round body and threaded end allows for the connection of a threaded pipe end to a flat surface or another fitting. It provides a secure joint while only covering half of the pipe’s circumference, making it ideal for situations where space is limited or where only one end of the pipe needs to be connected.

Half Coupling (Round Body SW): Similar to its threaded counterpart, the half coupling with a round body and socket weld end is designed to connect one end of a pipe to a flat surface or another fitting. Instead of threaded ends, it features socket weld ends, which require welding for a secure connection. This type of coupling is commonly used in high-pressure piping systems where a strong and permanent joint is required.

Specifications for Coupling Pipe Fitting Tools

Uses of Coupling Pipe Fitting Tools

Full Coupling (Hex Body):

1. Joining two pipes of the same size in a straight configuration.
2. Commonly used in plumbing and industrial piping systems for creating a secure and leak-proof connection.
3. The hexagonal body facilitates easy installation and tightening using a wrench, providing added convenience during assembly.

Full Coupling (Round Body – Threaded):

1. Connecting two pipes in a straight configuration where threaded ends are preferred or necessary.
2. Suitable for applications such as plumbing, gas lines, and general piping systems where a secure threaded connection is required.
3. Offers ease of installation without the need for welding, making it suitable for a wide range of pipe sizes.

Full Coupling (Round Body – SW):

1. Providing a strong and permanent connection between two pipes in a straight configuration.
2. Ideal for high-pressure applications in industries such as oil and gas, chemical processing, and power generation.
3. Requires socket welding for installation, ensuring a reliable and leak-proof joint capable of withstanding extreme pressure and temperature conditions.

Half Coupling (Round Body – Threaded):

1. Connecting one end of a pipe to a flat surface or another fitting where space is limited.
2. Commonly used in industrial piping systems and applications where only one end of the pipe requires a connection.
3. Offers the convenience of threaded ends for easy installation and removal without compromising the integrity of the connection.

Half Coupling (Round Body – SW):

1. Joining one end of a pipe to a flat surface or another fitting, particularly in high-pressure piping systems.
2. Suitable for applications where a strong and permanent joint is required, such as in petrochemical plants, refineries, and power plants.
3. Requires socket welding for installation, providing a secure and leak-proof connection capable of withstanding extreme operating conditions.

Hex Nipple: A hex nipple is a type of pipe fitting with male threads on both ends and a hexagonal middle section. This hexagonal shape allows for easy tightening with a wrench, making installation and removal straightforward. Hex nipples are commonly used in plumbing and industrial piping systems to connect two female threaded pipes or fittings. They provide a secure and leak-resistant joint, making them suitable for various applications where a reliable connection is essential.

Pipe Nipple: A pipe nipple is a short length of pipe with male threads on both ends, used to connect two female threaded pipes or fittings. They come in various lengths and diameters to accommodate different piping configurations. Pipe nipples are versatile components commonly employed in plumbing, heating, ventilation, air conditioning (HVAC), and industrial piping systems. They facilitate the extension or connection of pipes in confined spaces or areas where flexibility is required, ensuring a secure and leak-proof joint between pipes.

Reducer Swage Nipple (Round Body BW): A reducer swage nipple with a round body and butt weld (BW) ends is a type of pipe fitting used to transition between pipes of different diameters. The larger end of the nipple features a butt weld connection, while the smaller end is threaded. This configuration allows for easy installation by welding the larger end to a larger diameter pipe and screwing the smaller end into a threaded fitting or pipe. These fittings are commonly used in industrial piping systems, particularly in applications where a reduction in pipe size is necessary.

Reducer Swage Nipple (Round Body Threaded):Similar to its butt weld counterpart, a reducer swage nipple with a round body and threaded ends is designed to transition between pipes of different diameters. However, instead of a butt weld connection, both ends of this nipple are threaded. This allows for easy installation by screwing the nipple into compatible threaded pipes or fittings. These fittings are commonly used in plumbing, HVAC, and industrial piping systems, providing a reliable and leak-resistant solution for reducing pipe size while maintaining a secure connection.

Specifications for Nipple Pipe Fitting Tools

Uses of Nipple Pipe Fitting Tools

Hex Nipple:

1. Joining two female threaded pipes or fittings in plumbing and industrial piping systems.
2. Facilitating a secure and leak-resistant connection due to its threaded ends.
3. The hexagonal middle section allows for easy tightening using a wrench, ensuring convenient installation and removal.
4. Commonly employed in applications where a reliable connection is essential, such as in water supply lines, gas pipelines, and hydraulic systems.

Pipe Nipple:

1. Connecting two female threaded pipes or fittings in plumbing, HVAC, and industrial piping systems.
2. Available in various lengths and diameters to accommodate different piping configurations.
3. Facilitating the extension or connection of pipes in confined spaces or areas where flexibility is required.
4. Providing a secure and leak-proof joint between pipes, ensuring efficient fluid or gas flow within the system.

Reducer Swage Nipple (Round Body BW):

1. Transitioning between pipes of different diameters in industrial piping systems.
2. Utilizing a butt weld connection for secure and permanent installation.
3. Commonly used in applications where a reduction in pipe size is necessary, such as in pipelines, refineries, and chemical plants.
4. Providing a smooth transition between pipes of varying diameters, ensuring efficient flow while minimizing pressure drop.

Reducer Swage Nipple (Round Body Threaded):

1. Transitioning between pipes of different diameters in plumbing, HVAC, and industrial piping systems.
2. Featuring threaded ends for easy installation and removal without the need for welding.
3. Commonly used in applications where a reduction in pipe size is required, such as in water distribution systems, air conditioning systems, and hydraulic systems.
4. Providing a reliable and leak-resistant solution for connecting pipes of different sizes, ensuring seamless fluid or gas flow within the system.

Male Adaptor: This type of adaptor features male threads on one end and is commonly used to connect a female-threaded fitting or component to a male-threaded one. It serves to extend or join pipes, hoses, or fittings in various plumbing, industrial, and fluid transfer applications.

Female Adaptor: Conversely, the female adaptor possesses female threads on one end, facilitating the connection of male-threaded fittings or components. It offers versatility in joining or extending pipes, hoses, or fittings and finds application across diverse industries including plumbing, irrigation, and HVAC systems.

Hose Male Adaptor: Specifically designed for hose connections, this adaptor features male threads on one end, allowing it to be securely attached to a female-threaded hose coupling or fitting. It’s commonly used in fluid transfer systems, irrigation, and pneumatic applications.

Hose Female Adaptor: Similar to its male counterpart, the hose female adaptor has female threads on one end and is intended for hose connections. It enables the attachment of male-threaded hose fittings or components and is widely used in industries requiring flexible fluid transfer solutions.

Tube Adaptor: This type of adaptor facilitates the connection of tubes, typically featuring compression fittings or other mechanisms to ensure a tight and leak-proof seal. Tube adaptors are utilized in various applications such as plumbing, refrigeration, and hydraulic systems.

Male Adaptor (Reducer): Serving as a transitional fitting, the male adaptor with a reducer allows for the connection of components or fittings with different thread sizes. It’s employed when transitioning from a larger male-threaded connection to a smaller one, enabling compatibility between various components in piping systems.

Female Adaptor (Reducer): Similarly, the female adaptor with a reducer provides compatibility between components or fittings with different thread sizes, allowing for the connection of a larger female-threaded component to a smaller one. It ensures seamless integration and functionality in plumbing and fluid transfer systems.

O Seal Adaptor: Featuring an O-ring seal mechanism, this adaptor provides a secure and leak-proof connection between components or fittings with male and female threads. It’s commonly used in applications where a reliable seal is crucial, such as in hydraulic systems, pneumatic equipment, and high-pressure fluid transfer systems.

Female Manometer Adaptor: Designed specifically for pressure measurement applications, the female manometer adaptor enables the connection of pressure gauges or manometers to female-threaded ports. It ensures accurate pressure readings in various industrial, laboratory, and HVAC settings, allowing for precise monitoring and control of pressure levels.

Specifications for Adaptor Pipe Fitting Tools

Uses of Adaptor Pipe Fitting Tools

Male Adaptor:

1. Facilitating the connection of a male-threaded component to a female-threaded one in plumbing and industrial piping systems.
2. Commonly used to join pipes, fittings, valves, or other components where a male-threaded connection is required.

Female Adaptor:

1. Enabling the connection of a female-threaded component to a male-threaded one in plumbing and industrial piping systems.
2. Used to join pipes, fittings, valves, or other components where a female-threaded connection is necessary.

Hose Male Adaptor:

1. Providing a connection point for a male-threaded hose fitting to a female-threaded component.
2. Used in fluid transfer systems, such as irrigation, pneumatic applications, and industrial hoses.

Hose Female Adaptor:

1. Allowing the connection of a female-threaded hose fitting to a male-threaded component.
2. Commonly used in fluid transfer systems, including irrigation, pneumatic applications, and industrial hoses.

Tube Adaptor:

1. Facilitating the connection of tubes with other components, such as fittings, valves, or hoses.
2. Used in plumbing, refrigeration, hydraulic systems, and other applications where tubes need to be connected securely.

Male Adaptor (Reducer):

1. Transitioning between different thread sizes, allowing components with different threading standards to be connected.
2. Used in plumbing and industrial piping systems where compatibility between different thread sizes is required.

Female Adaptor (Reducer):

1. Similar to the male adaptor (reducer), it allows for transitioning between different thread sizes.
2. Used in plumbing and industrial piping systems to connect components with varying threading standards.

O Seal Adaptor:

1.Providing a sealed connection between male and female-threaded components using an O-ring seal.
2. Commonly used in hydraulic systems, pneumatic equipment, and high-pressure fluid transfer systems.

Female Manometer Adaptor:

1. Enabling the connection of pressure gauges or manometers to female-threaded ports.
2. Used in pressure measurement applications in industrial settings, laboratories, and HVAC systems for accurate pressure monitoring.

Equal Tee: An equal tee is a three-way fitting with three openings of the same size. It allows for a perpendicular connection between three pipes of the same diameter, dividing the flow of fluid evenly. Commonly used in plumbing and industrial piping systems where symmetrical flow distribution is required.

Unequal Tee: Unlike the equal tee, the unequal tee has three openings, but the sizes of the openings are not equal. It facilitates connections between pipes of different diameters, allowing for the diversion or combination of flows of different sizes within a piping system.

Male Branch Tee: A male branch tee features a male-threaded connection on one end and two female-threaded connections on the other two ends. It enables the branching of a pipe line with a male connection while providing two female outlets for further connections or extensions.

Female Branch Tee: Conversely, the female branch tee has two male-threaded connections on two ends and a female-threaded connection on the third end. It allows for branching a pipe line with a female connection, providing two male outlets for additional connections.

Male (Hex Body): A male hex body fitting typically refers to a hexagonal-shaped fitting with male threads on one end. It’s commonly used to connect pipes, valves, or other fittings with female-threaded counterparts, offering a secure and leak-resistant joint.

Female (Hex Body): Similar to the male hex body fitting, the female hex body fitting has female threads on one end. It facilitates the connection of male-threaded components, providing a versatile and reliable solution for joining pipes and fittings in plumbing and industrial systems.

Female Tee (Round Body Threaded): A female tee with round body and threaded ends provides a T-shaped connection with female threads on all three ends. It allows for the connection of three pipes or fittings in plumbing and industrial systems using threaded connections.

Female Tee (Round Body Socket Weld): This tee features a round body with socket weld ends, providing a strong and leak-proof connection between three pipes or fittings. It’s commonly used in high-pressure applications where a welded joint is preferred for enhanced durability and reliability.

Street Tee (Hex Body): The street tee, featuring a hexagonal body, is designed with one male-threaded connection and two female-threaded connections. It allows for a male-threaded pipe to intersect with two female-threaded pipes at a 90-degree angle, commonly used in plumbing and industrial piping systems.

Street Tee (Round Body SW): Similar to the hex body version, the street tee with a round body and socket weld ends enables the intersection of a male-threaded pipe with two female-threaded pipes using socket weld connections. It provides a secure and leak-resistant joint suitable for high-pressure applications.

Branch Tee (Hex Body): A branch tee with a hexagonal body typically features three female-threaded connections of the same size. It allows for the branching of a pipe line with female-threaded connections, providing three outlets for further connections or extensions.

Branch Tee (Round Body SW): Similar to the hex body version, the branch tee with a round body and socket weld ends facilitates the branching of a pipe line with socket weld connections. It provides three outlets for connecting pipes or fittings in high-pressure applications, ensuring a strong and durable joint.

Union Tee: A union tee is a T-shaped fitting with three female-threaded connections and incorporates union nuts and ferrules for easy installation and removal. It allows for the connection of three pipes or fittings with the added convenience of union connections, facilitating maintenance or repairs without disturbing the entire piping system.

Reducing Union Tee: This tee features three female-threaded connections of different sizes, allowing for the connection of pipes or fittings with varying diameters. It provides a versatile solution for adapting to changes in pipe size within a piping system, commonly used in plumbing and industrial applications.

Male Run Tee: A male run tee is a T-shaped fitting with two female-threaded connections and one male-threaded connection. It allows for the continuation of a male-threaded pipe while providing two female outlets for further connections or extensions.

Positionable Male Run Tee: Similar to the male run tee, the positionable male run tee features two female-threaded connections and one male-threaded connection. However, it includes swivel joints or adjustable fittings, allowing for flexible positioning of the male-threaded outlet.

Positionable Branch Tee: A positionable branch tee provides a T-shaped connection with two male-threaded connections and one female-threaded connection. It offers adjustable fittings or swivel joints for flexible positioning of the female-threaded outlet, facilitating customization in piping configurations.

Positionable Male Branch Tee: Similar to the positionable branch tee, this fitting features two female-threaded connections and one male-threaded connection. It includes adjustable fittings or swivel joints for flexible positioning of the male-threaded outlet, allowing for customization in piping layouts.

Female Run Tee: A female run tee features two male-threaded connections and one female-threaded connection. It allows for the continuation of a female-threaded pipe while providing two male outlets for further connections or extensions.

Specifications for Tee Pipe Fitting Tools

Uses of Tee Pipe Fitting Tools

Equal Tee:

1. Distributing flow equally among three pipelines of the same diameter.
2. Creating a junction where three pipes meet at a right angle, ensuring symmetrical flow
3. Commonly used in plumbing and industrial piping systems for straightforward branching without altering flow rates.


Unequal Tee:

1. Diverting or combining flows of different sizes within a piping system.
2. Allowing for the connection of pipes with varying diameters at a junction.
3. Used in applications where flow rates need to be adjusted or different pipe sizes need to be accommodated.


Male Branch Tee:

1. Providing a male-threaded branch in a pipeline with two female-threaded outlets.
2. Enabling the branching of a pipe line with a male connection, typically used in plumbing and industrial piping systems.
3. Allowing for further connections or extensions from the branch point.


Female Branch Tee:

1. Offering two male-threaded branches in a pipeline with a female-threaded outlet.
2. Facilitating the branching of a pipe line with a female connection, often utilized in plumbing and industrial piping systems.
3. Commonly used in plumbing and industrial piping systems for straightforward branching without altering flow rates.


Male (Hex Body):

1. Joining pipes or fittings with female threads securely in plumbing and industrial applications.
2. Providing a reliable connection point with a male-threaded end and a hexagonal body for easy tightening.
3. Commonly used in various fluid handling systems for their durability and leak-resistant design.


Female (Hex Body):

1. Connecting pipes or fittings with male threads securely in plumbing and industrial applications.
2. Offering a reliable connection point with a female-threaded end and a hexagonal body for easy tightening.
3. CWidely used in plumbing systems, industrial piping, and fluid transfer applications for their durability and ease of installation.


Female Tee (Round Body Threaded):

1. Providing a T-shaped connection with female threads on all three ends.
2. Facilitating the connection of three pipes or fittings using threaded connections.
3. Commonly used in plumbing and industrial piping systems where threaded connections are preferred.


Female Tee (Round Body Socket Weld):

1. Offering a T-shaped connection with socket weld ends for strong and leak-proof joints.
2. Facilitating the connection of three pipes or fittings using socket weld connections.
3. Typically used in high-pressure industrial piping systems where welded joints are required for enhanced durability.


Street Tee (Hex Body):

1. Allowing for the intersection of a male-threaded pipe with two female-threaded pipes at a 90-degree angle.
2. Providing a secure and leak-resistant connection point with a hexagonal body for easy tightening.
3. Commonly used in plumbing and industrial piping systems for branching pipelines at right angles.


Street Tee (Round Body SW):

1. Enabling the intersection of a male-threaded pipe with two female-threaded pipes using socket weld connections.
2. Offering a strong and durable connection point with a round body and socket weld ends.
3. Widely used in high-pressure industrial piping systems for branching pipelines at right angles with welded joints.


Branch Tee (Hex Body):

1. Offering three female-threaded connections for branching pipelines with female threads.
2. Providing a secure connection point with a hexagonal body for easy tightening.
3. Commonly used in plumbing and industrial piping systems for branching pipelines with female-threaded connections.


Branch Tee (Round Body SW):

1. Facilitating the branching of pipelines with socket weld connections.
2. Providing three male and female threaded connections for versatile branching options.
3. Used in industrial piping systems where socket weld connections are preferred for branching pipelines.


Union Tee:

1. Offering a T-shaped connection with female threads on all three ends, incorporating union nuts and ferrules for easy installation and removal.
2. Allowing for the connection of three pipes or fittings with the added convenience of union connections.
3. Widely used in plumbing and industrial piping systems for its versatility and ease of maintenance.


Reducing Union Tee:

1. Allowing for the connection of pipes or fittings with varying diameters in a T-shaped configuration.
2. Providing a versatile solution for adapting to changes in pipe size within a piping system.
3. Commonly used in plumbing and industrial applications where compatibility between different pipe sizes is required.


Male Run Tee:

1. Providing a male-threaded run in a T-shaped configuration with two female-threaded outlets.
2. Enabling the continuation of a male-threaded pipe while providing two female outlets for further connections.
3. Used in plumbing and industrial piping systems for branching pipelines with male-threaded connections.


Positionable Male Run Tee:

1. Similar to the male run tee, but includes swivel joints or adjustable fittings for flexible positioning of the male-threaded outlet.
2. Providing versatility in piping configurations, allowing for adjustable positioning of the outlet.
3. Commonly used in applications where precise alignment or customization of piping layouts is required.


Positionable Branch Tee:

1. Offering a T-shaped connection with male and female threads, along with swivel joints or adjustable fittings for flexible positioning of the female-threaded outlet.
2. Providing customization options in piping layouts, allowing for adjustable positioning of the outlet.
3. Widely used in plumbing and industrial piping systems where precise alignment or customization of branching configurations is required.


Positionable Male Branch Tee:

1. Similar to the positionable branch tee, but featuring adjustable fittings or swivel joints for flexible positioning of the male-threaded outlet.
2. Offering versatility in piping layouts, allowing for adjustable positioning of the male-threaded outlet.
3. Commonly used in applications where precise alignment or customization of branching configurations with male-threaded connections is required.


Female Run Tee:

1. Providing a female-threaded run in a T-shaped configuration with two male-threaded outlets.
2. Enabling the continuation of a female-threaded pipe while providing two male outlets for further connections.
3. Used in plumbing and industrial piping systems for branching pipelines with female-threaded connections.

Male Elbow: A male elbow is a pipe fitting that changes the direction of flow by 90 degrees, typically with a male-threaded end for connection to a female-threaded fitting or pipe. It’s commonly used to navigate around obstacles or to connect pipes in plumbing and industrial applications.

Female Elbow: Conversely, a female elbow is a pipe fitting that changes the direction of flow by 90 degrees, featuring female threads for connection to male-threaded fittings or pipes. It’s widely used in plumbing and industrial piping systems for redirecting flow and connecting pipes at angles.

Union Elbow: A union elbow is designed to allow for easy disconnection and reconnection of pipes or fittings. It consists of three pieces: two female-threaded ends and a union nut with a gasket or ferrule for sealing. This design facilitates maintenance or repairs in plumbing and industrial systems without the need for cutting or welding.

Bulkhead Union Elbow: Similar to the union elbow, a bulkhead union elbow is specifically designed for use in applications where a pipe or tubing must pass through a panel or barrier. It provides a sealed connection between two pipes or fittings while allowing for easy installation and removal without disrupting the panel.

Male Elbow (Hex Body): This type of elbow features a hexagonal-shaped body with male threads on one end, facilitating a secure connection with female-threaded fittings or pipes. It’s commonly used in plumbing and industrial piping systems for changing the direction of flow in tight spaces.

Female Elbow (Hex Body):Similar to the male elbow with a hex body, the female elbow features a hexagonal-shaped body with female threads on one end, allowing for connection to male-threaded fittings or pipes. It offers a reliable solution for redirecting flow at right angles in various piping applications.

Female Elbow (Round Body Threaded): This elbow features a round-shaped body with female threads on both ends, providing a 90-degree change in direction for threaded piping systems. It’s commonly used in plumbing and industrial applications where threaded connections are preferred.

Female Elbow (Round Body SW): Similar to the threaded version, the female elbow with a round body and socket weld ends provides a 90-degree change in direction for pipes with socket weld connections. It offers a strong and leak-resistant joint suitable for high-pressure applications.

Street Elbow (Hex Body): The street elbow features a hexagonal body with male threads on one end and female threads on the other, allowing for a 90-degree change in direction while maintaining a low profile. It’s commonly used in plumbing systems for tight bends close to walls or other obstacles.

Female Cross (Hex Body): A female cross is a fitting that provides a 90-degree change in direction for four pipes or tubing lines, with female threads on each end. It’s used in plumbing and industrial systems where four-way branching is required, allowing for efficient flow distribution.

Female (Round Body TH): This type of female elbow features a round body with female threads on both ends, providing a 90-degree change in direction for tubing or piping systems. It’s commonly used in applications where a smooth and sealed connection is required.

Union Cross: Similar to the union elbow, a union cross provides a sealed connection between four pipes or tubing lines while allowing for easy disconnection and reconnection. It consists of four pieces: two male-threaded ends, two female-threaded ends, and a union nut with a gasket or ferrule for sealing.

45 Deg Male Elbow: A 45-degree male elbow provides a gradual change in direction of flow by 45 degrees, with male threads on one end for connection to female-threaded fittings or pipes. It’s commonly used in plumbing and industrial systems where a less abrupt bend is required.

45 Deg Positionable Elbow: This elbow features adjustable fittings or swivel joints, allowing for flexible positioning of the elbow to achieve a 45-degree change in direction. It’s used in applications where precise alignment or customization of piping layouts is necessary.

Butt Weld Elbow Pipe: A butt weld elbow pipe provides a strong and permanent connection between pipes through butt welding. It’s commonly used in industrial piping systems for changes in direction while ensuring a smooth internal surface to minimize pressure drop.

Socket Weld Tube Elbow: Similar to the butt weld elbow, the socket weld tube elbow provides a strong connection between pipes through socket welding. It’s specifically designed for tube systems, offering a leak-resistant joint suitable for high-pressure applications.

Specifications for Tee Pipe Fitting Tools

Uses of Elbow Pipe Fitting Tools

Male Elbow:

1. Facilitating changes in flow direction in plumbing and industrial piping systems.
2. Connecting a male-threaded pipe or fitting to a female-threaded connection at a 90-degree angle.
3. Commonly used for navigating around obstacles or creating angled connections.


Female Elbow:

1. Redirecting flow direction by 90 degrees in plumbing and industrial piping systems.
2. Connecting a female-threaded pipe or fitting to a male-threaded connection at a right angle.
3. Widely used for creating turns or bends in pipelines.


Union Elbow:

1. Allowing for easy disconnection and reconnection of pipes or fittings.
2. Providing flexibility for maintenance or repairs in plumbing and industrial systems.
3. Commonly used in applications where periodic access or adjustments are necessary.


Bulkhead Union Elbow:

1. Providing a sealed connection between two pipes passing through a panel or barrier.
2. Allowing for easy installation and removal without disrupting the panel.
3. Used in applications where piping needs to pass through walls, partitions, or enclosures.


Male Elbow (Hex Body):

1. Offering a sturdy and leak-resistant connection in plumbing and industrial systems.
2. Providing a male-threaded elbow with a hexagonal body for easy tightening.
3. Commonly used for changing flow direction or connecting to female-threaded fittings.


Female Elbow (Hex Body):

1. Facilitating changes in direction with a female-threaded connection and hexagonal body.
2. Providing a reliable and durable elbow fitting for various piping applications.
3. Used in plumbing and industrial systems for creating angled connections.


Female Elbow (Round Body Threaded):

1. Allowing for a 90-degree change in direction with female threads on both ends.
2. Suitable for threaded piping systems where precise alignment and sealing are required.
3. Commonly used in plumbing and industrial applications for creating turns or bends.


Female Elbow (Round Body SW):

1. Offering a strong and leak-resistant 90-degree elbow with socket weld ends.
2. Suitable for high-pressure industrial piping systems where welded joints are preferred.
3. Used in applications requiring secure connections and resistance to vibration or movement.


Street Elbow (Hex Body):

1. Providing a low-profile 90-degree connection in plumbing systems.
2. Allowing for tight bends close to walls or other obstacles.
3. Widely used in residential and commercial plumbing installations.


Female Cross (Hex Body):

1. Enabling branching of pipelines in four directions with female-threaded connections.
2. Providing versatility in plumbing and industrial piping systems.
3. Used for creating junctions or distributing flow in multiple directions.


Female (Round Body TH):

1. Providing a 90-degree change in direction with female threads on both ends and a round body.
2. Suitable for various threaded piping systems requiring smooth and sealed connections.
3. Commonly used in plumbing and industrial applications for creating turns or bends.


Union Cross:

1. Offering a sealed connection between four pipes or fittings with female threads.
2. Allowing for easy disassembly and reassembly for maintenance or repairs.
3. Used in applications where branching or junctions in multiple directions are required.


45 Deg Male Elbow:

1. Providing a gradual 45-degree change in direction with male threads on one end.
2. Commonly used in plumbing and industrial piping systems where a less abrupt bend is necessary.
3. Suitable for connecting pipes at an angle while maintaining flow efficiency.


45 Deg Positionable Elbow:

1. Offering flexibility in positioning with adjustable fittings or swivel joints.
2. Allowing for precise alignment and customization of piping layouts.
3. Used in applications requiring adjustable angles or complex piping configurations.


Butt Weld Elbow Pipe:

1. Providing a strong and permanent connection between pipes through butt welding.
2. Used in industrial piping systems for changes in direction while ensuring minimal pressure drop.
3. Suitable for high-temperature and high-pressure applications.


Socket Weld Tube Elbow:

1. Providing a strong and leak-resistant connection between tubes through socket welding.
2. Widely used in industrial piping systems where tube connections are preferred.
3. Suitable for high-pressure applications requiring secure and durable joints.

Tube Cap (Tube End Closure): Tube caps, also known as tube end closures, are fittings designed to seal off the end of a tube. They are used to prevent dust, dirt, moisture, or other contaminants from entering the tube, thereby protecting the contents inside. Tube caps are commonly used in various industries such as plumbing, HVAC, automotive, and construction to close off open tube ends securely.

Tube Plug (Fitting End Closure): Tube plugs, or fitting end closures, are similar to tube caps but are designed to seal off the ends of fittings rather than tubes. They serve the same purpose of preventing foreign substances from entering the fitting and maintaining the integrity of the system. Tube plugs are essential components in piping systems where unused ports or fittings need to be sealed temporarily or permanently.

Pipe Plug: Pipe plugs are used to close off the end of a pipe securely. They are commonly used in plumbing, oil and gas, chemical processing, and other industries to block or seal pipe openings temporarily or permanently. Pipe plugs come in various designs and materials to suit different pipe sizes, pressure ratings, and environmental conditions.

Pipe Cap: Pipe caps are similar to pipe plugs but are designed to cover the entire end of a pipe rather than just sealing the opening. They provide protection to the pipe end from external elements such as dust, debris, and moisture. Pipe caps also help prevent leaks and maintain the cleanliness of the pipe interior when the pipe is not in use. They are widely used in industrial and commercial piping systems.

Reducer: Reducers are fittings used to connect pipes or tubing of different sizes. They feature one end with a larger diameter and another end with a smaller diameter, allowing for a smooth transition between two pipes of different sizes. Reducers are essential components in piping systems where the flow rate or volume needs to be adjusted, or when connecting pipes of different diameters.

Bulk Head Reducer: Bulkhead reducers are specifically designed to provide a reduced diameter opening through a panel or barrier. They allow for the passage of fluid or gas from one side of the bulkhead to the other while reducing the pipe size. Bulkhead reducers are commonly used in applications where space is limited, and a transition in pipe diameter is required between two separate compartments or systems.

Specifications for Plug Reducer Pipe Fitting Tools

Uses of Plug Reducer Pipe Fitting Tools

Tube Cap (Tube End Closure):

1. Sealing off the ends of tubes to prevent contamination from entering.
2. Protecting the interior of tubes from dust, dirt, moisture, or other environmental factors.
3. Used in industries such as plumbing, HVAC, automotive, and construction to close off open tube ends securely.

Tube Plug (Fitting End Closure):

1. Sealing off the ends of fittings to prevent contamination from entering.
2. Ensuring the integrity of the fitting and maintaining the cleanliness of the system.
3. Essential components in piping systems where unused ports or fittings need to be sealed temporarily or permanently.

Pipe Plug:

1. Closing off the end of pipes securely to prevent leaks or spills.
2. Temporarily blocking pipe openings during maintenance or repairs.
3. Used in plumbing, oil and gas, chemical processing, and other industries to seal pipe ends in various applications.

Pipe Cap:

1. Covering the entire end of a pipe to protect it from external elements.
2. Preventing contamination and maintaining the cleanliness of the pipe interior.
3. Widely used in industrial and commercial piping systems to protect pipe ends when not in use.

Reducer:

1. Connecting pipes or tubing of different sizes to facilitate fluid or gas flow.
2. Allowing for a smooth transition between two pipes with different diameters.
3. Used in piping systems where the flow rate or volume needs to be adjusted or when connecting pipes of different sizes.

Bulkhead Reducer:

1. Providing a reduced diameter opening through a panel or barrier.
2. Allowing the passage of fluid or gas from one side of the bulkhead to the other while reducing the pipe size.
3. Used in applications where space is limited, and a transition in pipe diameter is required between two separate compartments or systems.

Male Connector: A male connector is a fitting designed to connect a tube or pipe to a female-threaded connection. It typically has external threads on one end and a tubing or pipe connection on the other. Male connectors are widely used in plumbing, hydraulic, and pneumatic systems to join components securely.

Female Connector: A female connector is the counterpart to the male connector, featuring internal threads on one end and a tubing or pipe connection on the other. It allows for the connection of a tube or pipe to a male-threaded fitting. Female connectors are essential components in various fluid handling systems.

Bulkhead Male Connector: A bulkhead male connector is specifically designed for applications where a pipe or tube needs to pass through a panel or barrier. It provides a secure connection on both sides of the panel while allowing fluid or gas transfer. Bulkhead male connectors are commonly used in instrumentation and control systems.

Bulkhead Female Connector: Similar to the bulkhead male connector, a bulkhead female connector provides a sealed connection through a panel or barrier. It features female threads on both sides of the panel to accommodate tubing or pipes. Bulkhead female connectors are used in applications requiring a reliable sealed passage.

Plain Connector: A plain connector, also known as a straight connector, is a simple fitting used to join two tubes or pipes in a straight line. It does not provide any angle or deviation in the piping system, serving to connect tubing or pipes end-to-end securely.

Nut: A nut is a fastener used to secure fittings or components in place. In the context of fittings, nuts are often used to tighten ferrules or glands around tubing or pipe connections, ensuring a leak-tight seal. Nuts are essential components in compression fittings and other types of tube or pipe connections.

Single Ferrule: A single ferrule is a compression fitting component used to create a leak-tight seal between a tube or pipe and a fitting body. It compresses onto the tubing or pipe as the fitting is tightened, providing a secure connection. Single ferrule fittings are commonly used in high-pressure applications.

Double Ferrule: Similar to the single ferrule, a double ferrule compression fitting features two ferrules instead of one. The front ferrule seals the connection by compressing onto the tubing or pipe, while the back ferrule provides additional support and prevents rotation. Double ferrule fittings offer enhanced reliability and are widely used in critical applications.

Front Ferrule: In compression fittings, the front ferrule is the first ferrule to make contact with the tubing or pipe when the fitting is tightened. It creates a seal by deforming and gripping onto the tubing or pipe surface, ensuring a leak-tight connection.

Back Ferrule: The back ferrule in compression fittings provides support and reinforcement to the front ferrule. It helps distribute the compression forces evenly and prevents the front ferrule from deforming excessively. The back ferrule contributes to the overall reliability and integrity of the fitting connection.

Coupling Cap: A coupling cap is a protective cover or cap used to seal off the end of a coupling or fitting. It helps prevent contamination and damage to the threads or sealing surfaces of the fitting during storage, transportation, or installation.

Tube End Closure: A tube end closure, also known as a tube cap or tube plug, is a fitting designed to seal off the end of a tube. It prevents dust, dirt, moisture, or other contaminants from entering the tube, protecting the contents inside. Tube end closures are commonly used in various industries to close off open tube ends securely.

Fitting End Closure: Similar to a tube end closure, a fitting end closure is used to seal off the end of a fitting or port. It prevents contamination and maintains the integrity of the fitting and system. Fitting end closures are essential components in piping systems where unused ports or fittings need to be sealed temporarily or permanently.

Weldable Male Connector (SW): A weldable male connector is designed for welding onto a pipe or tubing for a secure connection. It features a male-threaded end and a weldable socket weld end, allowing for easy welding to compatible pipe or tubing. Weldable male connectors are commonly used in applications where a permanent and leak-tight connection is required.

O Seal Male Connector: An O-seal male connector is a type of fitting that provides a leak-tight connection between a male-threaded fitting and a tube or pipe. It features an O-ring seal or gasket to ensure a reliable seal against leakage. O-seal male connectors are used in various fluid handling systems where sealing integrity is critical.

Female Manometer Connector: A female manometer connector is specifically designed for connecting a manometer or pressure gauge to a system. It typically features female threads on one end for connection to the gauge and a tube or pipe connection on the other end. Female manometer connectors are used in pressure measurement applications to monitor system pressure.

Butt Weld Pipe Connector: A butt weld pipe connector is used to join two pipes together through butt welding. It provides a strong and permanent connection by welding the pipe ends together. Butt weld pipe connectors are commonly used in industrial piping systems for joining pipes of the same diameter.

Socket Weld Tube Connector: A socket weld tube connector is designed for welding onto a tube for a secure connection. It features a socket weld end that allows for easy welding to compatible tubing. Socket weld tube connectors are used in applications where a permanent and leak-tight connection is required.

Specifications for Connector Pipe Fitting Tools Pipe Fitting Tools

Male Connector:

1. Connecting tubing or pipes to female-threaded fittings.
2. Commonly used in plumbing, hydraulic, and pneumatic systems.
3. Allows for secure and leak-tight connections between components.

Female Connector:

1. Connecting tubing or pipes to male-threaded fittings.
2. Widely used in various fluid handling systems.
3. Provides a reliable connection for fluid transfer.

Bulkhead Male Connector:

1. Providing a sealed connection through a panel or barrier.
2. Allows tubing or pipes to pass through panels or barriers while maintaining a sealed connection.
3. Used in instrumentation and control systems.

Bulkhead Female Connector:

1. Similar to bulkhead male connectors, but with female threads on both sides of the panel.
2. Provides a sealed connection through panels or barriers for tubing or pipes.
3. Ensures integrity in applications where a sealed passage is required.

Plain Connector:

1. Joining tubing or pipes in a straight line.
2. Provides a simple connection for fluid transfer.
3. Used in various plumbing and industrial applications.

Nut:

1. Fastening fittings or components in place.
2. Essential for securing compression fittings, tube fittings, and other components.
3. Ensures a secure and leak-tight connection.

Single Ferrule:

1. Creating a leak-tight seal in compression fittings.
2. Compresses onto the tubing or pipe to provide a secure connection.
3. Used in high-pressure applications.

Double Ferrule:

1. Providing enhanced reliability in compression fittings.
2. Features two ferrules for improved sealing and support.
3. Commonly used in critical applications where reliability is crucial.

Front Ferrule:

1. Creating a seal in compression fittings.
2. Deforms and grips onto the tubing or pipe to prevent leakage.
3. Essential for ensuring a leak-tight connection in compression fittings.

Back Ferrule:

1. Providing support and reinforcement in compression fittings.
2. Distributes compression forces evenly and prevents excessive deformation.
3. Contributes to the overall reliability of compression fittings.

Coupling Cap:

1. Sealing off the end of a coupling or fitting.
2. Prevents contamination and damage to threads or sealing surfaces.
3. Used during storage, transportation, or installation of fittings.

Tube End Closure:

1. Sealing off the end of a tube.
2. Protects the interior of the tube from contamination.
3. Essential for maintaining the cleanliness and integrity of tubing systems.

Fitting End Closure:

1. Sealing off the end of a fitting or port.
2. Prevents contamination and maintains the integrity of the system.
3. Used in applications where unused ports or fittings need to be sealed.

Weldable Male Connector (SW):

1. Welding onto a pipe or tubing for a secure connection.
2. Provides a permanent and leak-tight connection.
3. Used in applications where welding is feasible and a secure connection is required.

O Seal Male Connector:

1. Providing a leak-tight connection with an O-ring seal.
2. Ensures a reliable seal against leakage.
3. Used in various fluid handling systems where sealing integrity is critical.

Female Manometer Connector:

1. Connecting a manometer or pressure gauge to a system.
2. Provides a connection point for pressure measurement.
3. Essential for monitoring system pressure in industrial applications.

Butt Weld Pipe Connector:

1. Joining pipes through butt welding.
2. Provides a strong and permanent connection.
3. Used in industrial piping systems for joining pipes of the same diameter.

Socket Weld Tube Connector:

1. Welding onto a tube for a secure connection.
2. Provides a permanent and leak-tight connection.
3. Used in applications where socket welding is feasible and a secure connection is required.