Best Hose Ferrule Manufacturer in China

Product List

At Topa, we provide a comprehensive range of hydraulic hose ferrules designed to meet the highest standards of quality and performance. Our ferrules are crafted to ensure a secure and leak-proof connection for hydraulic hoses in various industrial applications. Whether you require a specific size, material, or custom design, our diverse selection offers reliable solutions for all your hydraulic needs. Explore our products below and find the perfect ferrule for your system requirements.

Products Video

In our latest video, we showcase Topa’s hydraulic hose ferrules, designed to fit a wide variety of hoses for different industrial applications. From standard hydraulic systems to high-pressure systems, our ferrules provide a secure and leak-free connection, ensuring maximum performance and safety.

We demonstrate how our ferrules accommodate different hose sizes and materials, highlighting their versatility. Whether you’re working with rubber hoses, thermoplastic hoses, or stainless steel braided hoses, Topa’s ferrules ensure a tight, durable fit that enhances the overall efficiency of your hydraulic systems.

Watch the video to see how Topa’s high-quality hydraulic hose ferrules can improve your operations. Need customized solutions or have specific requirements? Contact us today to discuss your needs and get a quote!

Application

The hose ferrules are specially applied for the connection of fittings on hydraulic hoses, which are connected by means of screws and crimping machines. The hose ferrule has a tight connection and is widely used for rubber hydraulic hoses, thermoplastic hoses, and industrial hoses.

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Types of Hydraulic Hose Ferules

00110

The 00110 hose ferrule is designed to be used with SAE 100R1AT, EN853 1SN, and EN853 1SC (1W/B) hydraulic hoses, which are commonly used in medium-pressure hydraulic systems. The 00110 ferrule is ideal for use with hose with rubber covering, ensuring a secure and reliable connection between the hose and fitting under high pressure. For hoses that require no rubber covering removal, the 00110A ferrule provides a perfect fit without the need to strip the outer rubber layer, preserving the hose’s integrity and offering convenience in installation.

00210

The 00210 hose ferrule is designed for use with SAE 100R2AT, EN853 2SN, and EN853 2SC (2W/B) hydraulic hoses, which are commonly used in high-pressure hydraulic applications across industries such as construction, manufacturing, and heavy equipment. The 00210 ferrule is specifically made for hoses where the outer rubber cover does not need to be skived, making installation quicker and easier.

03310

The 03310 hose ferrule is a versatile solution designed for use with both SAE R1 and R2 hydraulic hoses, making it suitable for a wide range of hydraulic applications. This ferrule is particularly useful for hoses where the outer rubber cover does not need to be skived, simplifying the installation process while ensuring a secure, reliable connection. The 03310 ferrule is engineered to fit both single-wire (R1) and double-wire (R2) braided hoses, offering flexibility and compatibility for different pressure ratings and hose configurations.

00400 & 00401

The 00400 hose ferrule is specifically designed for use with DIN-EN856 4SP hydraulic hoses across all sizes, as well as 4SH hoses in sizes 12-16 and R12 hoses in sizes 06-16. This ferrule provides a reliable and secure connection for high-pressure hydraulic systems that utilize steel wire spiral hoses. The ferrule is designed for skiving the outer rubber cover, allowing for a tighter fit between the hose and fitting, which ensures a strong, leak-proof connection. The 00401 hose ferrule is tailored for DIN-EN856 4SH hoses and R12 hoses in size 32.

00621

The 00621 interlock ferrule is specifically designed for use with R13 and R15 hydraulic hoses, which feature four-layer or six-layer steel wire spiral reinforcement. The 00621 ferrule is engineered to strip both the inner and outer rubber layers from the hose, ensuring a tight and secure fit between the hose and fitting, which significantly improves the connection’s leak resistance and overall performance. The interlock design of the 00621 ferrule allows it to tightly grip the hose’s multiple layers of steel wire, ensuring a strong and lasting connection capable of withstanding high pressures and harsh working environments.

00518

The 00518 hose ferrule is designed specifically for use with R5 hydraulic hoses, which feature a single layer of high-tensile steel wire braid reinforcement. This ferrule is notable for its removable sleeve design, making it an ideal choice for applications where ease of maintenance or reusability is important. The R5 hose is reinforced with one layer of high-tensile steel wire braid. The outer covering of the R5 hose is made from an impregnated textile braid, which offers additional protection against abrasion and environmental damage.

00018

The 00018 hose ferrule is designed for use with R7 and R8 resin-based hydraulic hoses. The inner layer of the hose is made from nylon, which provides smooth internal walls, reducing friction and offering low resistance to the flow of fluids. This smooth surface helps minimize pressure loss and ensures efficient fluid movement within the hose.The reinforcement layer consists of high-strength fiber, which enhances the hose’s durability and ability to withstand pressure. The outer covering is made from either high-elastic nylon or polyurethane, offering excellent abrasion resistance and flexibility.

00TF0

The 00TF0 hose ferrule is designed for use with R14 PTFE/Teflon hoses, which are well-known for their high chemical resistance and low friction properties.Unlike some other ferrules, the 00TF0 does not feature internal teeth, which helps prevent any potential damage to the smooth PTFE inner tube. This is particularly important in maintaining the hose’s integrity and preventing issues such as fluid contamination or reduced flow efficiency.

Hose Ferrules Features

Material

Topa’s hydraulic hose ferrules are crafted from high-quality materials to ensure durability and reliability in demanding environments. Our materials include:

Stainless Steel: Stainless steel is known for its strength, resistance to corrosion, and ability to endure extreme temperatures, making it ideal for high-pressure, high-temperature hydraulic systems. Its durability ensures long-lasting performance even in harsh or aggressive environments.

Carbon Steel: Carbon steel ferrules offer excellent strength at a more affordable cost, making them a great option for standard hydraulic systems. While they are not as corrosion-resistant as stainless steel, they provide outstanding performance for applications where cost-effectiveness is a priority.

Brass: Brass ferrules are preferred in applications where corrosion resistance and ease of machining are critical. Brass is highly resistant to rust and corrosion, making it a great choice for low to medium pressure hydraulic systems and environments exposed to moisture or chemicals.

Structure and Working Principle

The structure of a hydraulic hose ferrule typically consists of a metal sleeve that is crimped onto the hose. The crimping process is essential, as it tightly grips the hose, forming a strong bond between the hose and fitting. This crimped design prevents any movement or slippage of the hose, ensuring that it stays securely in place even under the intense pressures of hydraulic systems. The crimping force is carefully controlled to avoid damaging the hose while ensuring a tight fit that won’t loosen over time.

Internally, the ferrule is designed to evenly distribute the pressure exerted by the hydraulic fluid throughout the hose. This even pressure distribution ensures that the hose remains securely attached, reducing the risk of leaks or hose blowouts, even in high-pressure environments.

In addition to securing the hose, the ferrule’s design helps to maintain the flow characteristics of the hydraulic system. Because the ferrule prevents the hose from slipping or becoming damaged, the internal flow path remains uninterrupted, which is crucial for maintaining the efficiency of the hydraulic system.

Advantages of Hydraulic Hose Adapter

High-Quality Materials

Topa hose ferrules are made from premium materials such as stainless steel, carbon steel, and brass. These materials are chosen for their durability, corrosion resistance, and ability to withstand extreme temperatures and pressures.

Precision Manufacturing

Our ferrules are manufactured using advanced CNC machining technology, which guarantees precise and consistent dimensions. This ensures that each ferrule fits perfectly with the corresponding hydraulic hose, preventing leaks and ensuring the integrity of the connection under high pressure.

Superior Crimping Technology

Topa uses state-of-the-art crimping technology that tightly secures the hose to the fitting. The crimping process is carefully controlled to prevent over-crimping, ensuring a tight, leak-proof connection without damaging the hose.

Wide Range of Applications

Topa hose ferrules are compatible with a wide variety of hydraulic hoses, including those used in construction, agriculture, automotive, and industrial machinery. With customizable sizes and designs, our ferrules meet the specific requirements of each application.

Corrosion and Abrasion Resistance

Our ferrules, particularly those made from stainless steel, offer excellent resistance to corrosion and abrasion. This makes them suitable for use in harsh environments where exposure to chemicals, moisture, and extreme weather conditions is common.

Customizable Options

Topa offers customization for ferrules in terms of materials, sizes, and coatings. Whether you need ferrules with specific coatings for additional corrosion resistance or ferrules designed for specific hose types, we can tailor our products to meet your precise specifications.

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Step-by-Step Guide to Crimping Hose Ferrules

Crimping is a critical process in ensuring a secure and leak-proof connection between a hydraulic hose and fitting. The right crimping technique and equipment are essential for achieving a safe, durable connection. Here’s a step-by-step guide to crimping hose ferrules properly.

Step 1: Insert the Hose into the Ferrule

Preparation:

Before starting the crimping process, ensure the hose and ferrule are clean and free of any debris that could affect the crimp. The hose should be cut squarely to ensure proper alignment.

Insertion:

Carefully insert the hose into the ferrule, ensuring the hose is fully seated within the ferrule. There should be no visible gaps between the hose and the ferrule, and the hose should be pushed all the way into the ferrule’s opening. Make sure the hose’s internal reinforcement (e.g., steel braid or spiral) is positioned correctly within the ferrule for maximum strength and pressure resistance.

Check for Proper Alignment:

Double-check the alignment of the hose inside the ferrule. If the hose is not seated properly, it could cause poor crimping, leaks, or premature failure of the connection.

Step 2: Position the Ferrule in the Crimping Die

Crimping Die Selection:

Choose the correct crimping die based on the size of the ferrule and hose. Dies are typically marked with size ranges and should match the ferrule’s outer diameter to ensure a proper crimp.

Place the Ferrule:

Place the ferrule into the crimping die, ensuring it is centered and properly positioned. The die should securely hold the ferrule in place without forcing the hose inside or causing any misalignment.

Ensure Alignment:

Align the ferrule carefully with the crimping die to prevent any skewed crimping, which can result in an uneven or insecure fit. The ferrule should sit flat within the die, with the crimping surfaces evenly contacting the ferrule.

Step 3: Adjust Crimping Pressure

Check Manufacturer Specifications:

Refer to the hose and ferrule manufacturer’s specifications for the correct crimping pressure. Each ferrule and hose combination will require a specific amount of pressure to achieve a secure, leak-proof connection.

Adjust the Pressure:

Set the correct crimping pressure on the crimping machine based on the hose and ferrule size. This is crucial to prevent over-crimping (which can damage the hose or ferrule) or under-crimping (which can lead to leaks or weak connections).

Crimping Range:

If using a hydraulic crimping machine, adjust the pressure using the machine’s control settings. The machine will apply pressure gradually until the correct crimp size is reached.

Step 4: Start the Crimping Process

Initiate the Crimping Cycle:

Start the crimping process by activating the crimping machine. The machine will apply pressure to the ferrule and compress it around the hose.

Watch for Consistency:

As the machine applies pressure, ensure the ferrule is uniformly crimped. The crimping should be smooth, with no irregularities or damage to the hose or ferrule. If the machine is too fast, it may lead to uneven crimping, while too slow a process may result in under-crimping.

Monitor the Pressure:

Keep an eye on the crimping pressure during the process. Most modern crimping machines will automatically stop once the correct crimping pressure is achieved, ensuring consistency and precision.

Step 5: Inspect the Crimped Ferrule

Visual Inspection:

Once the crimping process is complete, visually inspect the ferrule. Check for any signs of over-crimping or under-crimping. The crimp should be even and smooth, without any dents, cracks, or gaps between the ferrule and the hose.

Measure the Crimp:

Use calipers or a micrometer to measure the crimped ferrule to ensure it is within the acceptable crimp specification. Most manufacturers provide a crimp specification chart, which gives the required crimp diameter for various hose and ferrule combinations.

Check Hose Attachment:

Gently pull on the hose to make sure it is securely attached to the ferrule. There should be no movement of the hose within the ferrule. If the hose moves or can be pulled out easily, the crimp was not successful and should be redone.

Leak Test:

For critical applications, it’s recommended to perform a leak test. This involves pressurizing the crimped hose assembly to ensure no leaks occur. This step verifies that the crimped connection is fully secure and leak-free under operating pressure.

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Choose Topa

More Than Just a Hydraulic Ferrules Manufacturer

At Topa, we are committed to delivering high-quality hydraulic solutions, providing you with reliable, customizable hose ferrules that ensure optimal performance and safety in every application.

Custom Solutions

We offer tailored hose ferrules that meet your specific requirements for size, material, and application.

High-Quality Manufacturing

Our hose ferrules are manufactured using advanced CNC machines and precision tooling for consistent quality and performance.

Global Shipping & Delivery

We provide fast and reliable shipping worldwide, ensuring your products arrive on time, wherever you are.

Technical Support

Our team of experts is available to offer advice and guidance on selecting the right hose ferrules for your application.

Flexible Bulk Ordering

Whether you need small or large quantities, we offer flexible bulk ordering options to meet your business needs.

Custom Branding

We can customize ferrule packaging and branding to align with your company’s identity and marketing strategy.

Why Choose Us

Professional support

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

Product selection advice

Provide you with the right hose ferrules, products, and solutions to suit your requirements.

Large stock

Standard hydraulic hose ferrule types have a huge stock

Strict quality control

From hydraulic hose ferrule material, produce, package, shipping and after-sales service, quality control through all process

Excellent after-sale service

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

FAQ

What is a hose ferrule?

Hose ferrule is a component designed to connect the hose to the hydraulic fittings, it can form a tight connection with the hose by barb to prevent leakage.

What are the hose ferrule made of?

Hose ferrule materials are very extensive, generally are composed of stainless steel, brass, carbon steel,and so on.

How to choose the right hose ferrule?

When choosing a hose ferrule, we must first analyze the size, material and brand of the hose. Then according to the outer diameter of the hose to correspond to the inner diameter of the ferrule, so that you can choose the right hose ferrule.

How about the hydraulic ferrule coating?

Topa Hydraulic is able to provide both white and yellow zinc plating services, both of which will be salt spray tested.

How does a hose ferrule work?

The hose ferrule is attached to the hose , after applying the proper force, is tightly compressed to the outer part of the hose, forming a perfect seal together with the fitting.

What are the advantages of hose ferrule?

The hose ferrule can form a perfect seal with the hose and is very convenient to install, and the metal material of the ferrule is also corrosion resistant.

Can you reuse the hose ferrules?

Hose ferrule is better not to reuse. Reuse may cause fluid leakage in the hose, so it is best to replace a new ferrule.

Can you overtight hose ferrules?

Do not over-tighten the hose ferrule, over-tightening may cause the ferrule to deform, making the fitting, hose and ferrule seal failure, resulting in leakage.

How long does it take to ship?

Products in stock take 10 days.

Production orders take 1-2 months.

Other issues are negotiable.

What is minimum order of hose ferrules ?

If in stock, it coulde be 20 pieces of each size, if not in stock, we need to communicate with you.