Push Lock Fittings Manufacturer in China

❖ Made of stainless steel, brass, or aluminum
❖ Easy to install
❖ Work efficiently
❖ Tightly connected

Product List

Push-lock fittings also called push-lok, fit-in push-in, install-grip, and field attachable fittings, Push-lock fitting connect fittings to hose in the field. Push lock fittings are used to configure hoses efficiently and quickly in the field without needing any tools. Push-lock couplings are available for SAE, BSP, DIN, ORFS, and other hydraulic hose sizes and in brass, stainless steel, and other materials. Push lock fittings are usually used on socketless or rubber hoses. It is a very simple installation procedure that requires only some lubricant and a high temperature to insert the push lock fitting into the hose and lock it in place. The fitting will never slip out of the hose.  Topa offers a wide range of Push lock fittings which can be tightly connected to a wide range of hose systems, the list of push lock fittings are as follows.

Banjo push lok34982

Banjo Push Lok Fitting 34982

Hose barb x banjo end, Push Lock Low Pressure Hose Fitting.

BSP push lok 3B282

BSP Push Lok Fitting 3B282

Push Lock fitting, Female BSP Parallel Pipe - Swivel - 90° Elbow, 60° Cone.

BSP push lok 3D982

BSP Push Lok Fitting 3D982

Push Lock Hose Barb x BSPP Male, B3D982 Male BSP Parallel Pipe-Rigid, 60 Cone.

BSP push lok 39282

BSP Push Lok Fitting 39282

Push Lock fitting, Female BSP Parallel Pipe - Swivel - , 60˚ Cone.

JIC push lock 30382

JIC Push Lock Fitting 30382

Push-Lock fitting, Hose Barb x JIC Flare Male, B30382 Male JIC 37-Rigid.

JIC push lock 30682 10-8b

JIC Push Lock Fitting 30682

Push-Lock fitting , Hose Barb x JIC Female Swivel, B30682 Female JIC 37-Swivel.

JIC push lock 33782

JIC Push Lock Fitting 33782

Push Lock fitting, Hose Barb x JIC Female Swivel, B30682 Female JIC 37-Swivel-45˚ Elbow.

33982 10-10JIC push lock

JIC Push Lock Fitting 33982

Push Lock fitting, Hose Barb x JIC Dual Seat 90°, 33982 Female JIC 37-Swivel-90 Elbow.

Metric push lock 3C382

Metric Push Lock Fitting 3C382

Push Lock fitting, Female Metric L Swivel Straight Ball Nose X Hose Barb.

Metric push lock 3C482

Metric Push Lock Fitting 3C482

Push Lock Low Pressure Hose Fitting, 45 deg elbow hose adapter, hose barb x female metric swivel.

Metric push lock 3C582

Metric Push Lock Fitting 3C582

Push Lok Low Pressure Hose Fitting, 90 deg elbow hose adapter, hose barb x female metric swivel .

Metric push lock factory 3CA82

Metric Push Lock Fitting 3CA82

Push Lock Fitting, B3CA82 Female Metric L-Swivel-, 24 Cone with O-ring.

metric Push Lock Fittings 3CF82 factory

Metric Push Lock Fitting 3CF82

Push Lock fitting, 3CF82 Female Metric L-Swivel-90 Elbow, 24 Cone with O-ring.

Metric Push Lock Fittings 31D82

Metric Push Lock Fitting 31D82

Push-Lock Hose Fitting, straight hose adapter, hose barb x metric standpipe tube stub.

NPT push lock fitting 30182 6 8b

NPT Push Lock Fitting 30182

Push-Lock Hose Barb x NPTF Male, B30182 Male NPT Pipe-rigid.

NPT push lock fitting 30282 4 4b

NPT Fitting Push Lock 30282

Hose barb x Female NPT, Female NPTF Pipe - Rigid, Push Lock Fitting.

NPT push lock fitting 31382 wholesale

NPT Push Lock Fitting 31382

Hose barb x Male NPT swivel, Push Lock Low Pressure Hose Fitting.

SAE Push Lock Fittings 30882

SAE Push Lock Fitting 30882

Push-Lock Hose Barb x SAE 45° Flare Female Swivel, B30882 Female SAE 45-Swivel.

SAE male Push Lock Fittings 30482

SAE Male Push Lock Fitting 30482

SAE 45° Flare Male x Push-Lock Hose Barb fitting, Male SAE 45 ° Rigid.

SAE push lock fitting 37982

SAE Push Lock Fitting 37982

Push-Lock Hose Barb x SAE 45° Flare Female Swivel, Female SAE 45-swivel-90 Elbow.

seal lok o ring face seal Fittings 3j982

Seal Lok O-ring Face Seal Push Lock Fitting 3J982

Push Lock Fitting, Barbed Female Seal-Lock - Swivel - 90° Elbow - Short Drop.

seal lok o ring face seal Fittings 3JC82

Seal Lok O-ring Face Seal Push Lock 3JC82

Push Lock Fitting, Barbed Female Seal-Lock-Swivel-Straigh -Short.

standpipe push lock 33482

Standpipe Push Lock Fitting 33482

Push Lock fitting, B33482 Male Standpipe-Rigid-, Inch Size Tube O.D.

push lok union 38282

Push Lok Union Fitting 38282

B38282 Push Lok Union, push lock fitting.

Inverted SAE push lok 32282 factory

Inverted SAE Push Lok Fitting 32282

Push Lock Fitting, Male Inverted SAE 45˚- Swivel.

Inverted SAE push lok 32982 supplier

Inverted SAE Push Lok Fitting 32982

Push Lock Hose Fitting, straight hose adapter, hose barb female SAE inverted 45 deg.

Inverted SAE push lok 36782 wholesale

Inverted SAE Push Lok Fitting 36782

Push Lock Hose Fitting, 45 deg elbow hose adapter, hose barb x male SAE inverted flare swivel.

Inverted SAE push lok 36982

Inverted SAE Push Lok Fitting 36982

Push Lock Hose Fitting, 90 deg elbow hose adapter hose barb x male SAE inverted flare swivel.

Fuel Pressure Barbed Push Lock T Fitting

Fuel Pressure Barbed Push Lock T Fitting

Fuel Pressure Barbed Push Lock T-Fitting Adapter, NPT Sensor Port.

Push Lok Fittings Video

In this video, we’ll introduce you to the full range of Topa’s Push Lock fittings, designed for seamless and secure hose connections. Whether you’re working with hydraulic systems, pneumatic applications, or industrial machinery, our fittings ensure quick and reliable installations. We offer a variety of sizes and materials to suit your specific needs, from brass and stainless steel to plastic and aluminum options. Whatever your requirements, Topa has the perfect solution for you.

At Topa, we understand that every project is unique, so we offer custom solutions tailored to your requirements. Our push lock fittings come in various sizes, configurations, and materials, allowing you to choose exactly what works best for your system. If you have special needs, our team is ready to help you design the perfect fitting to meet your exact specifications.

With our extensive selection, you can trust Topa to provide high-quality fittings that are not only easy to install but also offer lasting performance under pressure. Watch the video to see how our diverse range of Push Lock fittings can enhance your system’s efficiency.

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Application

Push lock hose fittings are versatile and reliable components used in a wide range of industries to create secure, leak-proof connections. Thanks to their easy installation and robust performance under pressure, these fittings are ideal for applications in hydraulic systems, pneumatic systems, automotive, and many more. Whether you’re looking to streamline your assembly process or ensure long-term reliability in demanding environments, push lock hose fittings offer an efficient and cost-effective solution.

push lock hydraulic fitting manufacturer oil and gas

Oil and Gas

Push-lock hose fittings lets technicians attach connectors and fittings to hoses in the field for low-pressure hydraulic and pneumatic systems such as shop air, general industrial, maintenance and automotive assembly, to name a few.

Wholesale hydraulic push lock fitting in china used in factory

Factory

Push lock hose fittings enable connectors and fittings to be attached to hoses in the field in low-pressure hydraulic and pneumatic applications. This type of assembly can typically handle pressures of up to roughly 24 bar, depending on the hose’s capabilities.

push lock fitting supplier automotive

Automotive

Topa offers high quality push lock fitting to our customes. Push lock fittings are designed for quick and easy hose assemblies in the field without the need for specialised tools.

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Push Locks Features

push locks types

Construction

Barb or Insert

One or more serrated protrusions (or “Barb”) are located at the end of the Push lock fitting. This design ensures that the pipe is securely fastened to the fitting during installation. When the hose is pushed into the fitting, these protrusions are embedded in the inner wall of the hose, creating a tight, stable connection. This design prevents the loosening of the connection or air leakage.

Locking Mechanism

Some push lock fittings include an external locking ring or clamp to further ensure a tight connection between the hose and fitting. This mechanism prevents the hose from becoming disconnected due to pressure changes or external forces, ensuring long-term stability.

Seal

In some push lock fittings, O-rings or other forms of seals may be used to provide additional protection against leakage, especially in hydraulic or pneumatic systems, to ensure that there is no media leakage.

Working Principle

Simple Installation Process:

During installation, the user simply pushes the hose onto the fitting. As the hose is inserted into the fitting, it slides over the barb or insert portion of the fitting. These barbs are designed to grip the inner walls of the hose securely. This push-to-lock mechanism forms an immediate and tight connection without the need for any additional tools or complex assembly. The connection is completed simply by pushing the hose onto the fitting until it is fully seated, making the entire process incredibly quick and efficient.

Locking Mechanism:

Once the hose is inserted, the internal barbs (or insert) effectively lock the hose in place. The barbs create a strong mechanical hold on the hose’s inner surface, ensuring that the hose cannot be easily pulled off under normal operational pressures. This tight fit is what prevents leaks and guarantees a secure, stable connection, even when subjected to high fluid pressures.

No Extra Tools Required:

A major benefit of push lock fittings is that they do not require special tools for installation. The user can perform the assembly by hand or with simple mechanical aids, reducing the need for costly or time-consuming labor. This not only saves time but also minimizes the risk of damage during the installation process.

push lock fitting design
push lock fitting materials

Materials

Brass

Brass is a common material for push lock fittings and is used in a variety of environments due to its excellent resistance to corrosion, high temperatures, and good machinability. Brass fittings are commonly used in hydraulic systems, pneumatic systems, and low to medium-pressure applications.

Stainless Steel

Stainless steel offers very high corrosion resistance, especially for high-pressure environments and severe weather conditions. It can withstand high temperatures, acids, and alkalis, and maintains excellent mechanical strength over long periods of time. It is used in food, chemical,l, and other industries where high strength and corrosion resistance are required.

Aluminum

Aluminum is suitable for low to medium-pressure systems due to its lightweight, corrosion resistance, and good thermal conductivity. It is commonly used in aerospace, automotive, and other applications where weight is critical.

Advantages of Push Lock Fitting

Push lock fittings offer several significant benefits that make them an attractive choice for a variety of applications, from hydraulic and pneumatic systems to automotive and industrial machinery.

 

Easy and Quick Installation

One of the primary benefits of push lock hose fittings is their quick and easy installation process. Unlike traditional fittings that require special tools or complex procedures, push locks allow you to secure the hose and fitting with a simple push.

Secure and Reliable Connection

Push lock hose fittings create a tight, leak-proof seal between the hose and fitting, reducing the risk of leaks and failures. The barb design grips the inner surface of the hose tightly, ensuring a secure connection that can withstand high pressures and heavy use.

Versatility Across Multiple Applications

Push locks are highly versatile and can be used in a wide range of industries and applications. Whether you need a fitting for hydraulic systems, pneumatic applications, fuel lines, or even agricultural machinery, push lock hose fittings offer reliable and easy-to-use solutions.

Cost-Effective Solution

Because of their simplicity and ease of use, push lock fittings are often more affordable than other types of fittings that require more complex installation methods. Additionally, the reduction in installation time and the need for fewer tools and accessories helps lower overall project costs. This makes push lock fittings a cost-effective solution, especially for large-scale systems or projects on a budget.

Durability and Long-Lasting Performance

Push lock fittings are made from high-quality materials such as brass, stainless steel, and reinforced plastics, ensuring durability and resistance to wear, corrosion, and pressure. These materials are built to withstand demanding environments, whether you’re working in extreme temperatures, high-pressure systems, or corrosive atmospheres.

Compact and Lightweight Design

Push lock fittings are typically compact and lightweight, which is an advantage in space-constrained or weight-sensitive applications. Their small size allows for efficient routing of hoses and minimizes the impact on the overall design of a system or machine.

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Need a reliable connection? Contact us today for custom Push Lock fittings that meet your exact needs!

Installation of Push Lock Hose Fittings

The installation of Push Lock fittings is designed to be quick, simple, and tool-free, making them ideal for applications where time and ease of use are essential. Below is a step-by-step guide on how to install these fittings:

Step 1: Prepare the Hose

Ensure that the hose you are using is cut cleanly and evenly. A clean cut is essential for a proper seal and to avoid damage to both the hose and the fitting during installation. The hose must be the correct size for the Push Lock fitting to ensure a secure connection.

Step 2: Insert the Hose into the Fitting

Take the Push Lock fitting and insert the hose directly into the fitting’s barb or insert end. Depending on the design of the fitting, you may need to push the hose onto the fitting with firm pressure until the hose reaches the bottom of the fitting’s barb. The barb ensures the hose grips the fitting tightly.

Step 3: Lock the Hose in Place

Once the hose is fully inserted into the fitting, it will lock into place due to the barbed structure inside the fitting. The barb creates a tight connection between the hose and the fitting, preventing any slippage or leakage. In some cases, you may need to slide a hose clamp or locking ring over the fitting to ensure the connection remains secure.

Step 4: Check the Installation

After installing the fitting, inspect the connection to ensure that the hose is securely attached and that there are no visible gaps or misalignments. The fitting should sit flush against the hose, and the barb should be fully embedded in the hose material.

push lock fitting installation
Step 5: Test the System

Once the fitting is securely installed, test the system by running the fluid or gas through the hose to check for any leaks. If there are any issues, disconnect the hose, check the fitting for damage, and reinstall it.

Avoid Common Pitfalls

When using push lock fittings, it’s crucial to be aware of common pitfalls that can lead to connection failures or performance issues. Here are some of the most important factors to keep in mind:

Material Compatibility

Using the wrong material for your push lock fittings can result in corrosion, weakening of the fitting, or failure to handle the system’s pressure or temperature requirements. For example, using plastic fittings in high-temperature environments or incompatible fluids can cause premature wear or leakage. Always ensure that the material of the fitting is suitable for the specific application, whether it’s brass, stainless steel, plastic, or aluminum.

Incorrect Hose End Size

Choosing the wrong hose size or push lock fitting diameter is one of the most common mistakes. If the hose end is too large or too small for the fitting, it will not form a secure connection, leading to potential leaks or hose slippage. Always verify the internal diameter of the hose and match it with the appropriate fitting size to ensure a proper seal and reliable performance.

Not Using the Proper Hose Clamp

While many push lock fittings can be installed without additional tools, some applications require the use of a hose clamp to prevent the hose from slipping off the fitting under pressure. Not using the correct size or type of clamp (or omitting it altogether) can lead to leaks, decreased system pressure, or even hose disconnection.

Incorrect Thread Type

Some push lock fittings feature threaded connections, and using the wrong thread type can cause leaks or failure to secure the fitting properly. BSP (British Standard Pipe) threads, NPT (National Pipe Thread) threads, and other common thread types may not be compatible with each other.

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Choose Topa

Topa Services

Topa Services highlight our commitment to delivering quality, flexibility, and customer satisfaction. Whether you need custom solutions, fast delivery, or expert advice, we are here to support your hydraulic needs.

Customized Solutions

We offer tailored push lock fittings to meet your specific requirements.

Fast Delivery

Quick manufacturing and shipping ensure that you receive your fittings promptly.

Quality Assurance

All products undergo rigorous quality test before delivery to guarantee top-tier performance.

24/7 Support

Our customer support team is available around the clock to assist you with any inquiries.

Global Shipping

We ship our products worldwide, ensuring global access to our reliable fittings.

Competitive Pricing

Our pricing is designed to provide excellent value without compromising on quality.

Technical Assistance

Our engineers are available to help with any questions you may have about our products.

Product Warranty

We provide warranty service for all fittings, which can guarantee the normal use of the product.

Your Reliable Push Lock Fittings Supplier

Push lock Fittings factory process

Push lock fittings simply insert the plug straight into the hose, eliminating the need for sleeves, clamps, and any additional crimping tools, saving you, even more, time and effort. No need for shrinkers and clamps to crimp, reducing installation risk.

  • Lightweight and small size
  • Good price and high quality
  • Push-in fittings are safe to use
  • Made of lightweight anodized aluminum
  • Easy and convenient to use, no tools required

Why Choose Us

Topa has many years of ISO quality certification and is equipped with first-class production equipment. We have professional management and technical staff to ensure the production of high-quality and efficient fittings.

Topa’s sales range has been extended to various countries and regions, and the first-class and advanced couplings are welcomed by our customers.

Professional support

More than 20 years of hydraulic engineers with comprehensive knowledge and real-world experience

Excellent after-sale service

24-hour service, warranty service, training, and market analysis

Product advantages

Push lock fittings can meet the customized requirements of customers with 4 inventions and 20 patents.

Short delivery time for joints, sufficient inventory, and professional and patient after-sales service

Large stock

Standard hydraulic fitting types have a huge stock

Strict quality control

From hydraulic fitting material, produce, package, shipping, and after-sales service.

Hydraulic Push Lock Fitting Quality Control

FAQ

How do Push lock fittings work?

Topa offers a wide range of push lock fittings, and they enable simple and fast assembly in the field without the need for additional tools.

What are Push lock fittings?

Push lock fittings, also known as push-in fittings, enable connectors and fittings to be attached to hydraulic hoses in low hydraulic pressure and low air pressure environments.

Do you need clamps with Push lock fittings?

These Push lock fittings are designed to be used without clamps, We also use them on all my fuel lines.

Are Push lock fittings reliable?

Typically, push lock fittings are more durable than permanent adhesives or soldering, and, with their ability to be used in some enclosed areas, the connections are very reliable.

What are the precautions for installing Push lock fittings?

The temperature and size of the hose, the temperature is too low or the diameter is too small, the hose will not be easy to install. The angle of the connector, such as 90 degrees of the connector operation is relatively difficult.

How do you release Push lock fittings?

One is to use the knife directly to cut, and the other is to use the torch to cut after heating first. The second method is recommended, this method has less damage to Push lock fittings

What is the advantage of Push lock fittings?

Convenient installation can be achieved without the need for special catch and compression machines and ferrules, saving time and effort while reducing the damage to Push lock fittings

Can Push lock accessories be reused?

Push lock fittings are reusable. Just replace the hydraulic hose and no special tools are required.

How do you use Push lock fittings?

Push lock fittings are available in different sizes to fit the hoses, you need to press the fittings into the hoses and connect them using a push-lock system.

Where can Push lock fittings be applied?

Push lock fittings can be sealed for quick connection, are suitable for most fuel applications, and are mostly used in low-pressure hydraulic and aerodynamic systems, such as petroleum fuels.

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